{
  "url": "https://openlegislation.uk/eu-regulation-2013-1387/annex",
  "json_url": "https://openlegislation.uk/eu-regulation-2013-1387/annex.json",
  "legislation": "eur/2013/1387",
  "legislation_title": "Council Regulation (EU) No 1387/2013 of 17 December 2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products and repealing Regulation (EU) No 1344/2011",
  "legislation_url": "https://openlegislation.uk/eu-regulation-2013-1387",
  "path": "annex",
  "kind": "annex",
  "number": null,
  "heading": null,
  "text": "However, the suspension of tariff duties does not apply where the processing is carried out by retail or catering undertakings.\nSuspension of duties is subject to end-use customs supervision in accordance with Article 254 of Regulation (EU) No 952/2013 of the European Parliament and of the Council of 9 October 2013 laying down the Union Customs Code ( OJ L 269, 10.10.2013, p. 1 )\nOnly the ad valorem duty is suspended. The specific duty shall continue to apply.\nA surveillance of imports of goods covered by this tariff suspension shall be established in accordance with the procedure laid down in Articles 55 and 56 of Commission Implementing Regulation (EU) 2015/2447 of 24 November 2015 laying down detailed rules for implementing certain provisions of Regulation (EU) No 952/2013 of the European Parliament and of the Council laying down the Union Customs Code ( OJ L 343, 29.12.2015, p. 558 ).\nCUS (Customs Union and Statistics Number) is assigned to each ECICS record (product). ECICS (European Customs Inventory of Chemical Substances) is an information tool managed by the European Commission, General Directorate for Taxation and Customs Union. More information can be found via the following link: http://ec.europa.eu/taxation_customs/common/databases/ecics/index_en.htm\nSerial number\nCN code\nTARIC\nDescription\nRate of autonomous duty\nSupplementary Unit\nDate foreseen for mandatory review\n0.6748\nex 0709 59 10\n10\nFresh or chilled chanterelles for treatment other than simple repacking for retail sale\n0 %\n—\n31.12.2020\n0.3348\nex 0710 21 00\n10\nPeas in pods, of the species Pisum sativum of the variety Hortense axiphium , frozen, of a thickness of not more than 6 mm, to be used, in their pods, in the manufacture of prepared meals\n0 %\n—\n31.12.2023\n0.3349\nex 0710 80 95\n50\nBamboo shoots, frozen, not put up for retail sale\n0 %\n—\n31.12.2023\n0.2829\nex 0711 59 00\n11\nMushrooms, excluding mushrooms of the genera Agaricus , Calocybe , Clitocybe , Lepista , Leucoagaricus , Leucopaxillus , Lyophyllum and Tricholoma , provisionally preserved in brine, in sulphur water, or in other preservative solutions, but unsuitable in that state for immediate consumption, for the food-canning industry\n0 %\n—\n31.12.2021\n0.2463\nex 0712 32 00\nex 0712 33 00\nex 0712 39 00\n10\n10\n31\nMushrooms, excluding mushrooms of the genus Agaricus , dried, whole or in identifiable slices or pieces, for treatment other than simple repacking for retail sale\n0 %\n—\n31.12.2023\n0.3347\nex 0804 10 00\n30\nDates, fresh or dried, for use in the manufacture (excluding packing) of products of drink or food industries\n0 %\n—\n31.12.2023\n0.2411\n0811 90 50\n0811 90 70\nFruit of the genus Vaccinium , uncooked or cooked by steaming or boiling in water, frozen, not containing added sugar or other sweetening matter\n0 %\n—\n31.12.2023\nex 0811 90 95\n70\n0.3228\nex 0811 90 95\n20\nBoysenberries, frozen, not containing added sugar, not put up for retail sale\n0 %\n—\n31.12.2023\n0.2409\nex 0811 90 95\n30\nPineapple ( Ananas comosus ), in pieces, frozen\n0 %\n—\n31.12.2023\n0.2408\nex 0811 90 95\n40\nRose-hips, uncooked or cooked by steaming or boiling in water, frozen, not containing added sugar or other sweetening matter\n0 %\n—\n31.12.2023\n0.2864\nex 1511 90 19\nex 1511 90 91\nex 1513 11 10\nex 1513 19 30\nex 1513 21 10\nex 1513 29 30\n20\n20\n20\n20\n20\n20\nPalm oil, coconut (copra) oil, palm kernel oil, for the manufacture of:\nindustrial monocarboxylic fatty acids of subheading 3823 19 10 ,\nmethyl esters of fatty acids of heading 2915 or 2916,\nfatty alcohols of subheadings 2905 17 , 2905 19 and 3823 70 used for the manufacture of cosmetics, washing products or pharmaceutical products,\nfatty alcohols of subheading 2905 16 , pure or mixed, used for the manufacture of cosmetics, washing products or pharmaceutical products,\nstearic acid of subheading 3823 11 00 ,\ngoods of heading 3401, or\nfatty acids with high purity of heading 2915\n0 %\n—\n31.12.2020\n0.6789\nex 1512 19 10\n10\nRefined safflower oil (CAS RN 8001-23-8) for use in the manufacture of:\nconjugated linoleic acid of heading 3823, or\nethyl- or methyl esters of linoleic acid of heading 2916\n0 %\n—\n31.12.2020\n0.3341\nex 1515 90 99\n92\nVegetable oil, refined, containing by weight 35 % or more but not more than 50 % of arachidonic acid or 35 % or more but not more than 50 % of docosahexaenoic acid\n0 %\n—\n31.12.2023\n0.7686\n1516 20 10\nHydrogenated castor oil, so called 'opal-wax'\n0 %\n—\n31.12.2023\n0.4708\nex 1516 20 96\n20\nJojoba oil, hydrogenated and interesterified, without any further chemical modification and not subjected to any texturisation process\n0 %\n—\n31.12.2024\n0.4080\nex 1517 90 99\n10\nVegetable oil, refined, containing by weight 25 % or more but not more than 50 % arachidonic acid or 12 % or more but not more than 65 % docosahexaenoic acid and standardized with high oleic sunflower oil (HOSO)\n0 %\n—\n31.12.2021\n0.6182\nex 1901 90 99\nex 2106 90 98\n39\n45\nPreparation in powder form containing by weight:\n15 % or more but not more than 35 % of wheat derived Maltodextrin,\n15 % or more but not more than 35 % of whey (milk serum),\n10 % or more but not more than 30 % of refined, bleached, deodorised and non-hydrogenated sunflower oil,\n10 % or more but not more than 30 % of blended, aged spray dried cheese,\n5 % or more but not more than 15 % of buttermilk, and\n0,1 % or more but not more than 10 % of sodium caseinate, disodium phosphate, lactic acid\n0 %\n—\n31.12.2023\n0.2423\nex 1902 30 10\nex 1903 00 00\n10\n20\nTransparent noodles, cut in pieces, obtained from beans ( Vigna radiata (L.) Wilczek), not put up for retail sale\n0 %\n—\n31.12.2023\n0.2866\nex 2005 91 00\n10\nBamboo shoots, prepared or preserved, in immediate packings of a net content of more than 5 kg\n0 %\n—\n31.12.2023\n0.5884\nex 2007 99 50\nex 2007 99 50\nex 2007 99 93\n83\n93\n10\nMango puree concentrate, obtained by cooking:\nof the Genus Mangifera spp.,\nwith a sugar content by weight of not more than 30 %,\nfor use in the manufacture of products of food and drink industry\n6 %\n—\n31.12.2022\n0.5875\nex 2007 99 50\nex 2007 99 50\n84\n94\nPapaya puree concentrate, obtained by cooking:\nof the Genus Carica spp.,\nwith a sugar content by weight of more than 13 % but not more than 30 %,\nfor use in the manufacture of products of food and drink industry\n7,8 %\n—\n31.12.2022\n0.5867\nex 2007 99 50\nex 2007 99 50\n85\n95\nGuava puree concentrate, obtained by cooking:\nof the Genus Psidium spp.,\nwith a sugar content by weight of more than 13 % but not more than 30 %,\nfor use in the manufacture of products of food and drink industry\n6 %\n—\n31.12.2022\n0.4716\nex 2008 93 91\n20\nSweetened dried cranberries, excluding packing alone as processing, for the manufacture of products of food processing industries\n0 %\n—\n31.12.2022\n0.5004\nex 2008 99 48\n94\nMango puree:\nnot from concentrate,\nof the genus Mangifera ,\nof a Brix value of 14 or more, but not more than 20\nused in the manufacture of products of drink industry\n6 %\n—\n31.12.2020\n0.4709\nex 2008 99 49\nex 2008 99 99\n30\n40\nSeedless boysenberry puree not containing added spirit, whether or not containing added sugar\n0 %\n—\n31.12.2020\n0.5587\nex 2008 99 49\nex 2008 99 99\n70\n11\nBlanched vine leaves of the genus Karakishmish , in brine, containing by weight:\nmore than 6 % of salt concentration,\n0,1 % or more but not more than 1,4 % of acidity expressed as citric acid monohydrate, and\nwhether or not but not more than 2000 mg/kg of sodium benzoate according CODEX STAN 192-1995,\nfor use in the manufacture of stuffed vine leaves with rice\n0 %\n—\n31.12.2022\n0.6723\nex 2008 99 91\n20\nChinese water chestnuts ( Eleocharis dulcis or Eleocharis tuberosa ) peeled, washed, blanched, chilled and individually quick-frozen for use in the manufacture of products of food industry for treatment other than simple repacking\n0 %\n—\n31.12.2020\n0.7767\nex 2008 99 99\n35\nFrozen pulp from acai berries:\nhydrated and pasteurised,\nseparated from the kernels by the addition of water,\nwith a Brix value of less than 6, and\nwith a sugar content of less than 5,6 %\n0 %\n—\n31.12.2024\n0.4992\nex 2009 41 92\nex 2009 41 99\n20\n70\nPineapple juice:\nnot from concentrate,\nof the genus Ananas ,\nof a Brix value of 11 or more but not more than 16,\nused in the manufacture of products of drink industry\n8 %\n—\n31.12.2020\n0.4664\nex 2009 49 30\n91\nPineapple juice, other than in powder form:\nwith a Brix value of more than 20 but not more than 67,\na value of more than EUR 30 per 100 kg net weight,\ncontaining added sugar,\nused in the manufacture of products of food or drink industry\n0 %\n—\n31.12.2024\n0.4623\nex 2009 81 31\n10\nCranberry juice concentrate:\nof a Brix value of 40 or more but not more than 66,\nin immediate packings of a content of 50 litres or more\n0 %\nl\n31.12.2024\n0.6356\nex 2009 89 73\nex 2009 89 73\n11\n13\nPassion fruit juice and passion fruit juice concentrate, whether or not frozen:\nwith a Brix value of 13,7 or more but not more than 55,\nof a value of more than EUR 30 per 100 kg net weight,\nin immediate packings of a content of 50 litres or more, and\nwith added sugar,\nfor the use in the manufacture of products of food or drink industry\n0 %\nl\n31.12.2024\n0.4159\nex 2009 89 79\n20\nFrozen boysenberry juice concentrate with a Brix value of 61 or more, but not more than 67, in immediate packings of a content of 50 litres or more\n0 %\nl\n31.12.2021\n0.6050\nex 2009 89 79\n30\nFrozen acerola juice concentrate:\nwith a Brix value of more than 48 but not more than 67,\nin immediate packings of a content of 50 litres or more\n0 %\nl\n31.12.2023\n0.5206\nex 2009 89 79\n85\nAcai berry juice concentrate:\nof the species Euterpe oleracea ,\nfrozen,\nnot sweetened,\nnot in powder form,\nof a Brix value of 23 or more but not more than 32,\nin immediate packings of a content of 10 kg or more\n0 %\n—\n31.12.2021\n0.6365\nex 2009 89 97\nex 2009 89 97\n21\n29\nPassion fruit juice and passion fruit juice concentrate, whether or not frozen:\nwith a Brix value of 10 or more but not more than 13,7,\nof a value of more than EUR 30 per 100 kg net weight,\nin immediate packings of a content of 50 litres or more, and\nwithout added sugar,\nfor the use in the manufacture of products of food or drink industry\n0 %\nl\n31.12.2024\n0.4157\nex 2009 89 99\n96\nCoconut water\nunfermented,\nnot containing added spirit or sugar, and\nin immediate packing of a content of 20 litres or more\n0 %\nl\n31.12.2021\n0.6152\nex 2106 10 20\n20\nSoya protein concentrate having a protein content by weight, calculated on a dry weight basis, of 65 % or more but not more than 90 % in powder or textured form\n0 %\n—\n31.12.2023\n0.3340\nex 2106 10 20\n30\nPreparation on the base of soya protein isolate, containing by weight 6,6 % or more but not more than 8,6 % of calcium phosphate\n0 %\n—\n31.12.2023\n0.5208\nex 2106 90 92\n45\nPreparation containing by weight:\nmore than 30 % but not more than 35 % liquorice extract,\nmore than 65 % but not more than 70 % tricaprylin,\nstandardised by weight to 3 % or more but not more than 4 % glabridin\n0 %\n—\n31.12.2021\n0.7284\nex 2106 90 92\n50\nCasein protein hydrolysate consisting of:\nby weight 20 % or more but not more than 70 % free amino acids, and\npeptones of which by weight more than 90 % having a molecular weight of not more than 2000 Da\n0 %\n—\n31.12.2022\n0.7435\nex 2106 90 98\n47\nPreparation, having a moisture content of 1 % or more but not more than 4 %, and containing by weight:\n15 % or more but not more than 35 % of buttermilk,\n20 % (±10 %) of lactose,\n20 % (±10 %) of whey protein concentrate,\n15 % (±10 %) of cheddar cheese,\n3 % (±2 %) of salt,\n0,1 % or more but not more than 10 % of lactic acid E270,\n0,1 % or more but not more than 10 % of gum arabic E414,\nfor use in the manufacture of products of food and drink industry\n0 %\n—\n31.12.2022\n0.5246\nex 2519 90 10\n10\nFused magnesia with a purity by weight of 94 % or more\n0 %\n—\n31.12.2021\n0.6330\nex 2707 50 00\nex 2707 99 80\n20\n10\nMixture of xylenol-isomers and ethyl phenol-isomers, with a total xylenol content by weight of 62 % or more but less than 95 %\n0 %\n—\n31.12.2024\n0.6168\nex 2707 99 99\n10\nHeavy and medium oils, whose aromatic content exceeds their non-aromatic content, for use as refinery feedstock to undergo one of the specific processes described in Additional note 5 to Chapter 27\n0 %\n—\n31.12.2023\n0.7823\nex 2710 19 81\nex 2710 19 99\n30\n50\nCatalytically hydroisomerized and dewaxed base oil of hydrogenated, highly isoparaffinic hydrocarbons, containing:\n90 % or more by weight of saturates, and\nnot more than 0,03 % by weight of sulphur,\nand with:\na viscosity index of 80 or more, but less than 120, and\na kinematic viscosity less than 5,0 cSt at 100 °C or more than 13,0 cSt at 100 °C\n0 %\n—\n31.12.2023\n0.7822\nex 2710 19 81\nex 2710 19 99\n40\n60\nCatalytically hydroisomerized and dewaxed base oil of hydrogenated, highly isoparaffinic hydrocarbons, containing:\n90 % or more by weight of saturates, and\nnot more than 0,03 % by weight of sulphur,\nwith a viscosity index of 120 or more\n0 %\n—\n31.12.2024\n0.6495\nex 2710 19 99\n20\nCatalytic de-waxed base oil, synthesised from gaseous hydrocarbons, followed by a heavy paraffin conversion process (HPC), containing:\nnot more than 1 mg/kg of sulphur,\nmore than 99 % by weight of saturated hydrocarbons,\nmore than 75 % by weight of n- and iso-paraffinic hydrocarbons with a carbon chain length of 18 or more but not more than 50, and\na kinematic viscosity at 40 °C of more than 6,5 mm 2 /s, or\na kinematic viscosity at 40 °C of more than 11 mm 2 /s with a viscosity index of 120 or more\n0 %\n—\n31.12.2024\n0.7393\nex 2712 90 99\n10\nBlend of 1-alkenes (alpha-olefins) (CAS RN 131459-42-2) containing by weight 80 % or more of 1-alkenes of a chain length of 24 carbon atoms or more but not exceeding 64 carbon atoms containing by weight more than 72 % 1-alkenes with more than 28 carbon atoms\n0 %\n—\n31.12.2022\n0.4531\nex 2804 50 90\n40\nTellurium (CAS RN 13494-80-9) of a purity by weight of 99,99 % or more, but not more than 99,999 %, based on metallic impurities measured by ICP analysis\n0 %\n—\n31.12.2023\n0.6036\n2804 70 00\nPhosphorus\n0 %\n—\n31.12.2023\n0.6658\nex 2805 12 00\n10\nCalcium with a purity of 98 % or more by weight, in powder or wire form (CAS RN 7440-70-2)\n0 %\n—\n31.12.2020\n0.5609\nex 2805 19 90\n20\nLithium metal (CAS RN 7439-93-2) of a purity by weight of 98,8 % or more\n0 %\n—\n31.12.2022\n0.2559\nex 2805 30 10\n10\nAlloy of cerium and other rare-earth metals, containing by weight 47 % or more of cerium\n0 %\n—\n31.12.2023\n0.4979\n2805 30 20\n2805 30 30\n2805 30 40\nRare-earth metals, scandium and yttrium, of a purity by weight of 95 % or more\n0 %\n—\n31.12.2020\n0.7769\nex 2809 20 00\n10\nAqueous solution of phosphoric acid (CAS RN 7664-38-2), containing by weight 85 % or more phosphoric acid\n0 %\n—\n31.12.2024\n0.3338\nex 2811 19 80\n10\nSulphamidic acid (CAS RN 5329-14-6)\n0 %\n—\n31.12.2023\n0.5418\nex 2811 19 80\n20\nHydrogen iodide (CAS RN 10034-85-2)\n0 %\n—\n31.12.2021\n0.2407\nex 2811 22 00\n10\nSilicon dioxide (CAS RN 7631-86-9) in the form of powder, for use in the manufacture of high performance liquid chromatography columns (HPLC) and sample preparation cartridges\n0 %\n—\n31.12.2023\n0.6836\nex 2811 22 00\n15\nAmorphous silicon dioxide (CAS RN 60676-86-0):\nin the form of powder,\nof a purity by weight of 99,0 % or more,\nwith a median grain size of 0,7 μm or more, but not more than 2,1 μm,\nwhere 70 % of the particles have a diameter of not more than 3 μm\n0 %\n—\n31.12.2020\n0.7292\nex 2811 29 90\n10\nTellurium dioxide (CAS RN 7446-07-3)\n0 %\n—\n31.12.2022\n0.3308\nex 2812 90 00\n10\nNitrogen trifluoride (CAS RN 7783-54-2)\n0 %\n—\n31.12.2023\n0.5747\nex 2816 40 00\n10\nBarium hydroxide (CAS RN 17194-00-2)\n0 %\n—\n31.12.2022\n0.7594\nex 2818 10 11\n10\nSol-Gel corundum (CAS RN 1302-74-5) with an aluminium oxide content of 99,6 % or more by weight, having a micro crystalline structure in the form of rods with an aspect ratio of 1,3 or more, but not more than 6,0\n0 %\n—\n31.12.2023\n0.5110\nex 2818 10 91\n20\nSintered corundum with a micro crystalline structure, consisting of aluminium oxide (CAS RN 1344-28-1), magnesium aluminate (CAS RN 12068-51-8) and the rare earth aluminates of yttrium, lanthanum, and neodymium, with a content by weight (calculated as oxides) of:\n94 % or more, but less than 98,5 % of aluminium oxide,\n2 % (± 1,5 %) of magnesium oxide,\n1 % (± 0,6 %) of yttrium oxide,\nand\neither 2 % (± 1,2 %) of lanthanum oxide, or\n2 % (± 1,2 %) of lanthanum oxide and neodymium oxide,\nwith less than 50 % of the total weight having a particle size of more than 10 mm\n0 %\n—\n31.12.2020\n0.4640\nex 2818 20 00\n10\nActivated alumina with a specific surface area of at least 350 m 2 /g\n0 %\n—\n31.12.2024\n0.6837\nex 2818 30 00\n20\nAluminium hydroxide (CAS RN 21645-51-2):\nin the form of powder,\nwith a purity by weight of 99,5 % or more,\nwith a decomposition point of 263°C or more,\nwith a particle size of 4 μm (± 1 μm),\nwith a Total-Na 2 O-content by weight of not more than 0,06 %\n0 %\n—\n31.12.2020\n0.3306\nex 2818 30 00\n30\nAluminium hydroxide oxide in the form of boehmite or pseudoboehmite (CAS RN 1318-23-6)\n0 %\n—\n31.12.2023\n0.5369\nex 2819 90 90\n10\nDichromium trioxide (CAS RN 1308-38-9) for use in metallurgy\n0 %\n—\n31.12.2021\n0.5752\nex 2823 00 00\n10\nTitanium dioxide (CAS RN 13463-67-7):\nof a purity by weight of 99,9 % or more,\nwith an average grain-size of 0,7 μm or more but not more than 2,1 μm\n0 %\n—\n31.12.2022\n0.5576\nex 2825 10 00\n10\nHydroxylammonium chloride (CAS RN 5470-11-1)\n0 %\n—\n31.12.2022\n0.7897\nex 2825 20 00\n10\nLithium hydroxide monohydrate (CAS RN 1310-66-3)\n2,6 %\n—\n31.12.2020\n0.3800\n2825 30 00\nVanadium oxides and hydroxides\n0 %\n—\n31.12.2021\n0.3303\nex 2825 50 00\n20\nCopper (I or II) oxide containing by weight 78 % or more of copper and not more than 0,03 % of chloride\n0 %\n—\n31.12.2023\n0.6819\nex 2825 50 00\n30\nCopper (II) oxide (CAS RN 1317-38-0), with a particle size of not more than 100 nm\n0 %\n—\n31.12.2020\n0.5555\nex 2825 60 00\n10\nZirconium dioxide (CAS RN 1314-23-4)\n0 %\n—\n31.12.2022\n0.6980\nex 2825 70 00\n10\nMolybdenum trioxide (CAS RN 1313-27-5)\n0 %\n—\n31.12.2021\n0.7193\nex 2825 70 00\n20\nMolybdic Acid (CAS RN 7782-91-4)\n0 %\n—\n31.12.2021\n0.5055\nex 2826 19 90\n10\nTungsten hexafluoride (CAS RN 7783-82-6) with a purity by weight of 99,9 % or more\n0 %\n—\n31.12.2020\n0.5498\nex 2826 90 80\n10\nLithium hexafluorophosphate (1-) (CAS RN 21324-40-3)\n2,7 %\n—\n31.12.2020\n0.2865\nex 2827 39 85\n10\nCopper monochloride (CAS RN 7758-89-6) of a purity by weight of 96 % or more but not more than 99 %\n0 %\n—\n31.12.2023\n0.4180\nex 2827 39 85\n20\nAntimony pentachloride (CAS RN 7647-18-9) of a purity by weight of 99 % or more\n0 %\n—\n31.12.2021\n0.6143\nex 2827 39 85\n40\nBarium chloride dihydrate (CAS RN 10326-27-9)\n0 %\n—\n31.12.2023\n0.4423\nex 2827 49 90\n10\nHydrated zirconium dichloride oxide (CAS RN 7699-43-6)\n0 %\n—\n31.12.2023\n0.6463\nex 2827 60 00\n10\nSodium iodide (CAS RN 7681-82-5)\n0 %\n—\n31.12.2024\n0.7596\nex 2828 10 00\n10\nCalcium hypochlorite (CAS RN 7778-54-3) having an active chlorine content of 65 % or more\n0 %\n—\n31.12.2023\n0.3302\nex 2830 10 00\n10\nDisodium tetrasulphide (CAS RN 12034-39-8), containing by weight 38 % or less of sodium calculated on the dry weight\n0 %\n—\n31.12.2023\n0.3859\nex 2833 29 80\n20\nManganese sulphate monohydrate (CAS RN 10034-96-5)\n0 %\n—\n31.12.2023\n0.5090\nex 2833 29 80\n30\nZirconium sulphate (CAS RN 14644-61-2)\n0 %\n—\n31.12.2020\n0.4338\nex 2835 10 00\n10\nSodium hypophosphite monohydrate (CAS RN 10039-56-2)\n0 %\n—\n31.12.2022\n0.6144\nex 2835 10 00\n20\nSodium hypophosphite (CAS RN 7681-53-0)\n0 %\n—\n31.12.2023\n0.7452\nex 2835 10 00\n30\nAluminium Phosphinate (CAS RN 7784-22-7)\n0 %\n—\n31.12.2023\n0.2524\nex 2836 91 00\n20\nLithium carbonate, containing one or more of the following impurities at the concentrations indicated:\n2 mg/kg or more of arsenic,\n200 mg/kg or more of calcium,\n200 mg/kg or more of chlorides,\n20 mg/kg or more of iron,\n150 mg/kg or more of magnesium,\n20 mg/kg or more of heavy metals,\n300 mg/kg or more of potassium,\n300 mg/kg or more of sodium,\n200 mg/kg or more of sulphates,\ndetermined according to the methods specified in the European Pharmacopœia\n0 %\n—\n31.12.2023\n0.2863\nex 2836 99 17\n30\nZirconium (IV) basic carbonate (CAS RN 57219-64-4 or 37356‐18-6) with a purity by weight of 96 % or more\n0 %\n—\n31.12.2023\n0.3300\nex 2837 19 00\n20\nCopper cyanide (CAS RN 544-92-3)\n0 %\n—\n31.12.2023\n0.4078\nex 2837 20 00\n10\nTetrasodium hexacyanoferrate (II) (CAS RN 13601-19-9)\n0 %\n—\n31.12.2021\n0.4339\nex 2839 19 00\n10\nDisodium disilicate (CAS RN 13870-28-5)\n0 %\n—\n31.12.2022\n0.2861\nex 2839 90 00\n20\nCalcium silicate (CAS RN 1344-95-2)\n0 %\n—\n31.12.2023\n0.6632\nex 2840 20 90\n10\nZinc borate (CAS RN 12767-90-7)\n0 %\n—\n31.12.2020\n0.7288\nex 2841 50 00\n11\nPotassium dichromate (CAS RN 7778-50-9) with a purity by weight of 99 % or more\n2 %\n—\n31.12.2021\n0.6142\nex 2841 70 00\n10\nDiammonium tetraoxomolybdate(2-) (CAS RN 13106-76-8)\n0 %\n—\n31.12.2023\n0.6482\nex 2841 70 00\n30\nHexaammonium heptamolybdate, anhydrous (CAS RN 12027‐67-7) or as tetrahydrate (CAS RN 12054-85-2)\n0 %\n—\n31.12.2024\n0.6981\nex 2841 70 00\n40\nDiammonium dimolybdate (CAS RN 27546-07-2)\n0 %\n—\n31.12.2021\n0.4323\nex 2841 80 00\n10\nDiammonium wolframate (ammonium paratungstate) (CAS RN 11120-25-5)\n0 %\n—\n31.12.2022\n0.7301\nex 2841 90 30\n10\nPotassium metavanadate (CAS RN 13769-43-2)\n0 %\n—\n31.12.2022\n0.4222\nex 2841 90 85\n10\nLithium cobalt(III) oxide (CAS RN 12190-79-3) with a cobalt content of at least 59 %\n2,7 %\n—\n31.12.2020\n0.5936\nex 2841 90 85\n20\nPotassium titanium oxide (CAS RN 12056-51-8) in powder form with a purity of 99 % or more\n0 %\n—\n31.12.2023\n0.4416\nex 2842 10 00\n10\nSynthetic beta zeolite powder\n0 %\n—\n31.12.2023\n0.4588\nex 2842 10 00\n20\nSynthetic chabasite zeolite powder\n0 %\n—\n31.12.2024\n0.7097\nex 2842 10 00\n40\nAluminosilicate (CAS RN 1318-02-1) with a zeolite structure of Aluminophosphate-eighteen (AEI) for use in the manufacture of catalytic preparations\n0 %\n—\n31.12.2021\n0.7397\nex 2842 10 00\n50\nFluorphlogopite (CAS RN 12003-38-2)\n0 %\n—\n31.12.2022\n0.4642\nex 2842 90 10\n10\nSodium selenate (CAS RN 13410-01-0)\n0 %\n—\n31.12.2024\n0.7400\nex 2842 90 80\n30\nAluminium trititanium dodecachloride (CAS RN 12003-13-3)\n0 %\n—\n31.12.2022\n0.3295\n2845 10 00\nHeavy water (deuterium oxide) ( Euratom ) (CAS RN 7789-20-0)\n0 %\n—\n31.12.2023\n0.3297\n2845 90 10\nDeuterium and compounds thereof; hydrogen and compounds thereof, enriched in deuterium; mixtures and solutions containing these products ( Euratom )\n0 %\n—\n31.12.2023\n0.4189\nex 2845 90 90\n10\nHelium-3 (CAS RN 14762-55-1)\n0 %\n—\n31.12.2021\n0.4191\nex 2845 90 90\n20\nWater enriched at a level of 95 % or more by weight with oxygen-18 (CAS RN 14314-42-2)\n0 %\n—\n31.12.2023\n0.4190\nex 2845 90 90\n30\n( 13 C)Carbon monoxide (CAS RN 1641-69-6)\n0 %\n—\n31.12.2021\n0.2859\nex 2846 10 00\nex 3824 99 96\n10\n53\nRare-earth concentrate containing by weight 60 % or more but not more than 95 % of rare-earth oxides and not more than 1 % each of zirconium oxide, aluminium oxide or iron oxide, and having a loss on ignition of 5 % or more by weight\n0 %\n—\n31.12.2023\n0.3296\nex 2846 10 00\n20\nDicerium tricarbonate (CAS RN 537-01-9), whether or not hydrated\n0 %\n—\n31.12.2023\n0.3420\nex 2846 10 00\n30\nCerium lanthanum carbonate, whether or not hydrated\n0 %\n—\n31.12.2023\n0.3227\n2846 90 10\n2846 90 20\n2846 90 30\n2846 90 90\nCompounds, inorganic or organic, of rare-earth metals, of yttrium or of scandium or of mixtures of these metals, other than those of subheading 2846 10 00\n0 %\n—\n31.12.2023\n0.3418\nex 2850 00 20\n10\nSilane (CAS RN 7803-62-5)\n0 %\n—\n31.12.2023\n0.3419\nex 2850 00 20\n80\nArsine (CAS RN 7784-42-1) with a purity by volume of 99,999 % or more\n0 %\n—\n31.12.2024\n0.4332\nex 2850 00 20\n30\nTitanium nitride (CAS RN 25583-20-4) with a particle size of not more than 250 nm\n0 %\n—\n31.12.2022\n0.5497\nex 2850 00 20\n40\nGermanium tetrahydride (CAS RN 7782-65-2)\n0 %\n—\n31.12.2021\n0.7302\nex 2850 00 20\n60\nDisilane (CAS RN 1590-87-0)\n0 %\n—\n31.12.2022\n0.7555\nex 2850 00 20\n70\nCubic Boron nitride (CAS RN 10043-11-5)\n0 %\n—\n31.12.2023\n0.4492\nex 2850 00 60\n10\nSodium azide (CAS RN 26628-22-8)\n0 %\n—\n31.12.2023\n0.3421\nex 2853 90 90\n20\nPhosphine (CAS RN 7803-51-2)\n0 %\n—\n31.12.2023\n0.7289\nex 2903 39 19\n20\n5-Bromopent-1-ene (CAS RN 1119-51-3)\n0 %\n—\n31.12.2022\n0.6633\n2903 39 21\nDifluoromethane (CAS RN 75-10-5)\n0 %\n—\n31.12.2020\n0.6007\nex 2903 39 24\n10\nPentafluoroethane (CAS RN 354-33-6)\n0 %\n—\n31.12.2024\n0.3674\nex 2903 39 26\n10\n1,1,1,2-Tetrafluoroethane feedstock for pharmaceutical grade production conforming to the following specification:\nnot more than 600 ppm by weight of R134 (1,1,2,2‐tetrafluoroethane),\nnot more than 5 ppm by weight of R143a (1,1,1‐trifluoroethane),\nnot more than 2 ppm by weight of R125 (pentafluoroethane),\nnot more than 100 ppm by weight of R124 (1‐chloro‐1,2,2,2-tetrafluoroethane),\nnot more than 30 ppm by weight of R114 (1,2‐dichlorotetrafluoroethane),\nnot more than 50 ppm by weight of R114a (1,1‐Dichlorotetrafluoroethane),\nnot more than 250 ppm by weight of R133a (1‐Chloro‐2,2,2-Trifluoroethane),\nnot more than 2 ppm by weight of R22 (Chlorodifluoromethane),\nnot more than 2 ppm by weight of R115 (Chloropentafluoroethane),\nnot more than 2 ppm by weight of R12 (Dichlorodifluoromethane),\nnot more than 20 ppm by weight of R40 (Methyl chloride),\nnot more than 20 ppm by weight of R245cb (1,1,1,2,2‐pentafluoropropane),\nnot more than 20 ppm by weight of R12B1 (Chlorodifluorobromomethane),\nnot more than 20 ppm by weight of R32 (Difluoromethane),\nnot more than 15 ppm by weight of R31 (Chlorofluoromethane),\nnot more than 10 ppm by weight of R152a (1,1‐Difluoroethane),\nnot more than 20 ppm by weight of 1131 (1‐Chloro‐2‐Fluoroethylene),\nnot more than 20 ppm by weight of 1122 (1‐Chloro‐2,2‐Difluoroethylene),\nnot more than 3 ppm by weight of 1234yf (2,3,3,3‐Tetrafluoropropene),\nnot more than 3 ppm by weight of 1243zf (3,3,3 Trifluoropropene),\nnot more than 3 ppm by weight of 1122a (1‐chloro‐1,2‐difluoroethylene),\nnot more than 4,5 ppm by weight of 1234yf+1122a+1243zf (2,3,3,3-tetrafluoropropene, +1-Chloro-1,2-Difluoroethylene+3,3,3-Trifluoropropene),\nnot more than 3 ppm by weight of any individual unspecified/unknown chemical,\nnot more than 10 ppm by weight of all unspecified/unknown chemicals combined,\nnot more than 10 ppm by weight of Water,\nwith an acidity level of not more than 0,1 ppm by weight,\nwithout Halides,\nnot more than 0,01 % by volume of High Boilers,\nwithout any odour (no malodour),\nfor further purification to an inhalation grade of HFC 134a produced under GMP (Good Manufacturing Practice) for use in the manufacture of a propellant for medical aerosols whose contents are taken into the oral or nasal cavities, and/or the respiratory tract (CAS RN 811-97-2)\n0 %\n—\n31.12.2024\n0.2542\nex 2903 39 27\n10\n1,1,1,3,3-Pentafluoropropane (CAS RN 460-73-1)\n0 %\n—\n31.12.2023\n0.2854\nex 2903 39 28\n10\nCarbon tetrafluoride (tetrafluoromethane) (CAS RN 75-73-0)\n0 %\n—\n31.12.2023\n0.2852\nex 2903 39 28\n20\nPerfluoroethane (CAS RN 76-16-4)\n0 %\n—\n31.12.2023\n0.6077\nex 2903 39 29\n10\n1H-Perfluorohexane (CAS RN 355-37-3)\n0 %\n—\n31.12.2023\n0.5803\n2903 39 31\n2,3,3,3-Tetrafluoroprop-1-ene (2,3,3,3-tetrafluoropropene) (CAS RN 754-12-1)\n0 %\n—\n31.12.2022\n0.4517\nex 2903 39 35\n20\nTrans -1,3,3,3-tetrafluoroprop-1-ene ( Trans -1,3,3,3-tetrafluoropropene) (CAS RN 29118-24-9)\n0 %\n—\n31.12.2023\n0.5472\nex 2903 39 39\n10\nPerfluoro(4-methyl-2-pentene) (CAS RN 84650-68-0)\n0 %\n—\n31.12.2021\n0.6076\nex 2903 39 39\n20\n(Perfluorobutyl) ethylene (CAS RN 19430-93-4)\n0 %\n—\n31.12.2023\n0.4066\nex 2903 39 39\n30\nHexafluoropropene (CAS RN 116-15-4)\n0 %\n—\n31.12.2021\n0.7324\nex 2903 39 39\n40\n1,1,2,3,4,4-hexafluorobuta-1,3-diene (CAS RN 685-63-2)\n0 %\n—\n31.12.2022\n0.7895\nex 2903 72 00\n10\nDichloro-1,1,1-trifluoroethane (CAS RN 306-83-2) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.6610\nex 2903 74 00\n10\n2-Chloro-1,1-difluoroethane (CAS RN 338-65-8)\n0 %\n—\n31.12.2020\n0.3675\nex 2903 77 60\n10\n1,1,1-Trichlorotrifluoroethane (CAS RN 354-58-5)\n0 %\n—\n31.12.2023\n0.5212\nex 2903 77 90\n10\nChlorotrifluoroethylene (CAS RN 79-38-9)\n0 %\n—\n31.12.2021\n0.7513\nex 2903 78 00\n10\nOctafluoro-1,4-diiodobutane (CAS RN 375-50-8)\n0 %\n—\n31.12.2023\n0.7755\nex 2903 78 00\n20\nTrifluoroiodomethane (CAS RN 2314-97-8)\n0 %\n—\n31.12.2024\n0.6485\nex 2903 79 30\n10\nTrans-1-chloro-3,3,3-trifluoropropene (CAS RN 102687-65-0)\n0 %\n—\n31.12.2024\n0.7826\nex 2903 79 30\n30\n1-Bromo-5-chloropentane (CAS RN 54512-75-3) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.2583\nex 2903 89 80\n45\n1,6,7,8,9,14,15,16,17,17,18,18-Dodecachloropentacyclo [12.2.1.1 6 , 9 .0 2 , 13 .0 5 ,10 ]octadeca-7,15-diene (CAS RN 13560-89-9) with a purity by weight of 99 % or more\n2 %\n—\n31.12.2021\n0.5765\nex 2903 89 80\n50\nChlorocyclopentane (CAS RN 930-28-9)\n0 %\n—\n31.12.2022\n0.7304\nex 2903 89 80\n60\nOctafluorocyclobutane (CAS RN 115-25-3)\n0 %\n—\n31.12.2022\n0.6611\nex 2903 99 80\n15\n4-Bromo-2-chloro-1-fluorobenzene (CAS RN 60811-21-4)\n0 %\n—\n31.12.2020\n0.3410\nex 2903 99 80\n20\n1,2-Bis(pentabromophenyl)ethane (CAS RN 84852-53-9)\n0 %\n—\n31.12.2023\n0.3411\nex 2903 99 80\n40\n2,6-Dichlorotoluene (CAS RN 118-69-4), of a purity by weight of 99 % or more and containing:\n0,001 mg/kg or less of tetrachlorodibenzodioxines,\n0,001 mg/kg or less of tetrachlorodibenzofurans,\n0,2 mg/kg or less of tetrachlorobiphenyls\n0 %\n—\n31.12.2023\n0.4529\nex 2903 99 80\n50\nFluorobenzene (CAS RN 462-06-6)\n0 %\n—\n31.12.2023\n0.7351\nex 2903 99 80\n60\n1,1'-methanediylbis(4-fluorobenzene) (CAS RN 457-68-1)\n0 %\n—\n31.12.2022\n0.6235\nex 2903 99 80\n75\n3-Chloro-alpha,alpha,alpha-trifluorotoluene (CAS RN 98-15-7)\n0 %\n—\n31.12.2024\n0.5917\nex 2903 99 80\n80\n1-Bromo-3,4,5-trifluorobenzene (CAS RN 138526-69-9)\n0 %\n—\n31.12.2023\n0.3407\nex 2904 10 00\n30\nSodium p -styrenesulphonate (CAS RN 2695-37-6)\n0 %\n—\n31.12.2024\n0.4686\nex 2904 10 00\n50\nSodium 2-methylprop-2-ene-1-sulphonate (CAS RN 1561-92-8)\n0 %\n—\n31.12.2024\n0.3409\nex 2904 20 00\n10\nNitromethane (CAS RN 75-52-5)\n0 %\n—\n31.12.2020\n0.3391\nex 2904 20 00\n20\nNitroethane (CAS RN 79-24-3)\n0 %\n—\n31.12.2020\n0.3408\nex 2904 20 00\n30\n1-Nitropropane (CAS RN 108-03-2)\n0 %\n—\n31.12.2020\n0.3390\nex 2904 20 00\n40\n2-Nitropropane (CAS RN 79-46-9)\n0 %\n—\n31.12.2024\n0.2526\nex 2904 99 00\n20\n1-Chloro-2,4-dinitrobenzene (CAS RN 97-00-7)\n0 %\n—\n31.12.2024\n0.6612\nex 2904 99 00\n25\nDifluoromethanesulphonyl chloride (CAS RN 1512-30-7)\n0 %\n—\n31.12.2020\n0.3388\nex 2904 99 00\n30\nTosyl chloride (CAS RN 98-59-9)\n0 %\n—\n31.12.2024\n0.6613\nex 2904 99 00\n35\n1-Fluoro-4-nitrobenzene (CAS RN 350-46-9)\n0 %\n—\n31.12.2020\n0.5745\nex 2904 99 00\n40\n4-Chlorobenzenesulphonyl chloride (CAS RN 98-60-2)\n0 %\n—\n31.12.2022\n0.7507\nex 2904 99 00\n45\n2-Nitrobenzenesulfonyl Chloride (CAS RN 1694-92-4)\n0 %\n—\n31.12.2023\n0.6001\nex 2904 99 00\n50\nEthanesulphonyl chloride (CAS RN 594-44-5)\n0 %\n—\n31.12.2023\n0.6407\nex 2904 99 00\n60\n4,4'-Dinitrostilbene-2,2'-disulfonic acid (CAS RN 128-42-7)\n0 %\n—\n31.12.2024\n0.6270\nex 2904 99 00\n70\n1-Chloro-4-nitrobenzene (CAS RN 100-00-5)\n0 %\n—\n31.12.2024\n0.6560\nex 2904 99 00\n80\n1-Chloro-2-nitrobenzene (CAS RN 88-73-3)\n0 %\n—\n31.12.2024\n0.6186\nex 2905 11 00\n10\nMethanol (CAS RN 67-56-1) with a purity of 99,85 % by weight or more\n0 %\n—\n31.12.2023\n0.7069\nex 2905 11 00\nex 2905 19 00\n20\n35\nMethyl methanesulphonate (CAS RN 66-27-3)\n0 %\n—\n31.12.2021\n0.2967\nex 2905 19 00\n11\nPotassium tert-butanolate (CAS RN 865-47-4), whether or not in the form of a solution in tetrahydrofuran according to note 1e) to Chapter 29 of the CN\n0 %\n—\n31.12.2023\n0.6118\nex 2905 19 00\n20\nButyltitanate monohydrate, homopolymer (CAS RN 162303‐51‐7)\n0 %\n—\n31.12.2023\n0.6119\nex 2905 19 00\n25\nTetra-(2-ethylhexyl) titanate (CAS RN 1070-10-6)\n0 %\n—\n31.12.2023\n0.3384\nex 2905 19 00\n30\n2,6-Dimethylheptan-4-ol (CAS RN 108-82-7)\n0 %\n—\n31.12.2023\n0.4793\nex 2905 19 00\n40\n2,6-Dimethylheptan-2-ol (CAS RN 13254-34-7)\n0 %\n—\n31.12.2024\n0.5534\nex 2905 19 00\n70\nTitanium tetrabutanolate (CAS RN 5593-70-4)\n0 %\n—\n31.12.2022\n0.5533\nex 2905 19 00\n80\nTitanium tetraisopropoxide (CAS RN 546-68-9)\n0 %\n—\n31.12.2022\n0.6002\nex 2905 19 00\n85\nTitanium tetraethanolate (CAS RN 3087-36-3)\n0 %\n—\n31.12.2023\n0.6464\nex 2905 22 00\n10\nLinalool (CAS RN 78-70-6) containing by weight 90,7 % or more of (3R)-(-)-Linalool (CAS RN 126-91-0)\n0 %\n—\n31.12.2024\n0.7114\nex 2905 22 00\n20\n3,7-Dimethyloct-6-en-1-ol (CAS RN 106-22-9)\n0 %\n—\n31.12.2021\n0.7388\nex 2905 29 90\n10\nCis-hex-3-en-1-ol (CAS RN 928-96-1)\n0 %\n—\n31.12.2022\n0.7674\nex 2905 32 00\n10\n(2S)-propane-1,2-diol (CAS RN 4254-15-3)\n0 %\n—\n31.12.2023\n0.4934\nex 2905 39 95\n10\nPropane-1,3-diol (CAS RN 504-63-2)\n0 %\n—\n31.12.2020\n0.5249\nex 2905 39 95\n20\nButane-1,2-diol (CAS RN 584-03-2)\n0 %\n—\n31.12.2022\n0.5255\nex 2905 39 95\n30\n2,4,7,9-Tetramethyl-4,7-decanediol (CAS RN 17913-76-7)\n0 %\n—\n31.12.2021\n0.5847\nex 2905 39 95\n40\nDecane-1,10-diol (CAS RN 112-47-0)\n0 %\n—\n31.12.2022\n0.5908\nex 2905 39 95\n50\n2-Methyl-2-propylpropane-1,3-diol (CAS RN 78-26-2)\n0 %\n—\n31.12.2023\n0.7701\nex 2905 39 95\n60\nDodecane-1,12-diol (CAS RN 5675-51-4)\n0 %\n—\n31.12.2024\n0.7914\nex 2905 39 95\n70\n2-methylpropane-1,3-diol (CAS RN 2163-42-0) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.6724\nex 2905 49 00\n10\nEthylidynetrimethanol (CAS RN 77-85-0)\n0 %\n—\n31.12.2020\n0.4624\nex 2905 59 98\n20\n2,2,2-Trifluoroethanol (CAS RN 75-89-8)\n0 %\n—\n31.12.2024\n0.3378\nex 2906 19 00\n10\nCyclohex-1,4-ylenedimethanol (CAS RN 105-08-8)\n0 %\n—\n31.12.2023\n0.3380\nex 2906 19 00\n20\n4,4'-Isopropylidenedicyclohexanol (CAS RN 80-04-6)\n0 %\n—\n31.12.2023\n0.6257\nex 2906 19 00\n50\n4- tert -Butylcyclohexanol (CAS RN 98-52-2)\n0 %\n—\n31.12.2024\n0.3681\nex 2906 29 00\n20\n1-Hydroxymethyl-4-methyl-2,3,5,6-tetrafluorobenzene (CAS RN 79538-03-7)\n0 %\n—\n31.12.2023\n0.5855\nex 2906 29 00\n30\n2-Phenylethanol (CAS RN 60-12-8)\n0 %\n—\n31.12.2022\n0.6757\nex 2906 29 00\n40\n2-Bromo-5-iodo-benzenemethanol (CAS RN 946525-30-0)\n0 %\n—\n31.12.2020\n0.7373\nex 2906 29 00\n50\n2,2'-(m-phenylene)dipropan-2-ol (CAS RN 1999-85-5)\n0 %\n—\n31.12.2022\n0.7806\nex 2906 29 00\n60\n3-[3-(Trifluoromethyl)phenyl]propan-1-ol (CAS RN 78573‐45‐2)\n0 %\n—\n31.12.2024\n0.6329\nex 2907 12 00\n20\nMixture of meta-cresol (CAS RN 108-39-4) and para-cresol (CAS RN 106-44-5) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.6559\nex 2907 12 00\n30\np-Cresol (CAS RN 106-44-5)\n0 %\n—\n31.12.2024\n0.5216\nex 2907 15 90\n10\n2-Naphthol (CAS RN 135-19-3)\n0 %\n—\n31.12.2021\n0.6256\nex 2907 19 10\n10\n2,6-Xylenol (CAS RN 576-26-1)\n0 %\n—\n31.12.2024\n0.4480\nex 2907 19 90\n20\nBiphenyl-4-ol (CAS RN 92-69-3)\n0 %\n—\n31.12.2023\n0.7753\nex 2907 19 90\n30\n2-methyl-5-(propan-2-yl)phenol (CAS RN 499-75-2)\n0 %\n—\n31.12.2024\n0.3372\nex 2907 21 00\n10\nResorcinol (CAS RN 108-46-3)\n0 %\n—\n31.12.2023\n0.6026\nex 2907 29 00\n15\n6,6'-Di-tert-butyl-4,4'-butylidenedi-m-cresol (CAS RN 85-60-9)\n0 %\n—\n31.12.2023\n0.3369\nex 2907 29 00\n20\n4,4'-(3,3,5-Trimethylcyclohexylidene)diphenol (CAS RN 129188-99-4)\n0 %\n—\n31.12.2023\n0.6454\nex 2907 29 00\n25\n4-Hydroxybenzyl alcohol (CAS RN 623-05-2)\n0 %\n—\n31.12.2024\n0.3367\nex 2907 29 00\n30\n4,4',4\"-Ethylidynetriphenol (CAS RN 27955-94-8)\n0 %\n—\n31.12.2023\n0.5432\nex 2907 29 00\n45\n2-Methylhydroquinone (CAS RN 95-71-6)\n0 %\n—\n31.12.2021\n0.3368\nex 2907 29 00\n50\n6,6',6\"-Tricyclohexyl-4,4',4\"-butane-1,1,3-triyltri( m -cresol) (CAS RN 111850-25-0)\n0 %\n—\n31.12.2023\n0.6558\nex 2907 29 00\n65\n2,2'-Methylenebis(6-cyclohexyl-p-cresol) (CAS RN 4066-02-8)\n0 %\n—\n31.12.2024\n0.2584\nex 2907 29 00\n70\n2,2',2\",6,6',6\"-Hexa- tert -butyl- α,α',α\" -(mesitylene-2,4,6-triyl)tri- p -cresol (CAS RN 1709-70-2)\n0 %\n—\n31.12.2023\n0.7402\nex 2907 29 00\n75\nBiphenyl-4,4'-diol (CAS RN 92-88-6)\n0 %\n—\n31.12.2023\n0.3848\nex 2907 29 00\n85\nPhloroglucinol whether or not hydrated\n0 %\n—\n31.12.2023\n0.5903\nex 2908 19 00\n10\nPentafluorophenol (CAS RN 771-61-9)\n0 %\n—\n31.12.2023\n0.5914\nex 2908 19 00\n20\n4,4'-(Perfluoroisopropylidene)diphenol (CAS RN 1478-61-1)\n0 %\n—\n31.12.2023\n0.6260\nex 2908 19 00\n30\n4-Chlorophenol (CAS RN 106-48-9)\n0 %\n—\n31.12.2024\n0.6782\nex 2908 19 00\n40\n3,4,5-Trifluorophenol (CAS RN 99627-05-1)\n0 %\n—\n31.12.2020\n0.6915\nex 2908 19 00\n50\n4-Fluorophenol (CAS RN 371-41-5)\n0 %\n—\n31.12.2020\n0.7720\nex 2908 19 00\n60\n2,2',6,6'-tetrabromo-4,4'-isopropylidenediphenol (CAS RN 79‐94-7)\n0 %\n—\n31.12.2024\n0.3361\nex 2909 19 90\n20\nBis(2-chloroethyl) ether (CAS RN 111-44-4)\n0 %\n—\n31.12.2023\n0.3359\nex 2909 19 90\n30\nMixture of isomers of nonafluorobutyl methyl ether or nonafluorobutyl ethyl ether, of a purity by weight of 99 % or more\n0 %\n—\n31.12.2023\n0.4035\nex 2909 19 90\n50\n3-Ethoxy-perfluoro-2-methylhexane (CAS RN 297730-93-9)\n0 %\n—\n31.12.2021\n0.5407\nex 2909 20 00\n10\n8-Methoxycedrane (CAS RN 19870-74-7)\n0 %\n—\n31.12.2021\n0.5503\nex 2909 30 38\n20\n1,1'-Propane-2,2-diylbis[3,5-dibromo-4-(2,3-dibromopropoxy)benzene] (CAS RN 21850-44-2)\n0 %\n—\n31.12.2021\n0.6649\nex 2909 30 38\n30\n1,1'-(1-Methylethylidene)bis[3,5-dibromo-4-(2,3-dibromo-2-methylpropoxy)]-benzene (CAS RN 97416-84-7)\n0 %\n—\n31.12.2020\n0.7454\nex 2909 30 38\n40\n4-Benzyloxybromobenzene (CAS RN 6793-92-6)\n0 %\n—\n31.12.2023\n0.7828\nex 2909 30 38\n50\n2-(1-Adamantyl)-4-Bromoanisole (CAS RN 104224-63-7) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.4710\nex 2909 30 90\n10\n2-(Phenylmethoxy)naphthalene (CAS RN 613-62-7)\n0 %\n—\n31.12.2024\n0.7176\nex 2909 30 90\n15\n{[(2,2-dimethylbut-3-yn-1-yl)oxy]methyl}benzene (CAS RN 1092536-54-3)\n0 %\n—\n31.12.2021\n0.4711\nex 2909 30 90\n20\n1,2-Bis(3-methyl-phenoxy)ethane (CAS RN 54914-85-1)\n0 %\n—\n31.12.2024\n0.7115\nex 2909 30 90\n25\n1,2-Diphenoxyethane (CAS RN 104-66-5) in the form of powder or as an aqueous dispersion containing by weight 30 % or more but not more than 60 % of 1,2-diphenoxyethane\n0 %\n—\n31.12.2021\n0.5117\nex 2909 30 90\n30\n3,4,5-Trimethoxytoluene (CAS RN 6443-69-2)\n0 %\n—\n31.12.2020\n0.7580\nex 2909 30 90\n35\n1-Chloro-2-(4-ethoxybenzyl)-4-iodobenzene (CAS RN 1103738‐29-9)\n0 %\n—\n31.12.2023\n0.6614\nex 2909 30 90\n40\n1-Chloro-2,5-dimethoxybenzene (CAS RN 2100-42-7)\n0 %\n—\n31.12.2020\n0.6783\nex 2909 30 90\n50\n1-Ethoxy-2,3-difluorobenzene (CAS RN 121219-07-6)\n0 %\n—\n31.12.2020\n0.6784\nex 2909 30 90\n60\n1-Butoxy-2,3-difluorobenzene (CAS RN 136239-66-2)\n0 %\n—\n31.12.2020\n0.6994\nex 2909 30 90\n70\nO,O,O -1,3,5-trimethylresorcinol (CAS RN 621-23-8)\n0 %\n—\n31.12.2021\n0.7079\nex 2909 30 90\n80\nOxyfluorfen (ISO) (CAS RN 42874-03-3) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2021\n0.7706\nex 2909 44 00\n10\n2-Propoxyethanol (CAS RN 2807-30-9)\n0 %\n—\n31.12.2024\n0.6927\nex 2909 49 80\n10\n1-Propoxypropan-2-ol (CAS RN 1569-01-3)\n0 %\n—\n31.12.2020\n0.3484\nex 2909 50 00\n10\n4-(2-Methoxyethyl)phenol (CAS RN 56718-71-9)\n0 %\n—\n31.12.2023\n0.4911\nex 2909 50 00\n20\nUbiquinol (CAS RN 992-78-9)\n0 %\n—\n31.12.2020\n0.7846\nex 2909 50 00\n40\n2-methoxy-4-(trifluoromethoxy)phenol (CAS RN 166312-49-8) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.3682\nex 2909 60 00\n10\nBis(α,α-dimethylbenzyl) peroxide (CAS RN 80-43-3)\n0 %\n—\n31.12.2023\n0.6489\nex 2909 60 00\n30\n3,6,9-Triethyl-3,6,9-trimethyl-1,4,7-triperoxonane (CAS RN 24748-23-0), dissolved in isoparaffinic hydrocarbons\n0 %\n—\n31.12.2024\n0.7910\nex 2909 60 00\n50\nSolution of 3,6,9-(ethyl and/or propyl)-3,6,9-trimethyl-1,2,4,5,7,8-hexoxonanes (CAS RN 1613243-54-1) in mineral spirits (CAS RN 1174522-09-8), containing by weight 25 % or more, but not more than 41 % of the hexoxonanes\n0 %\n—\n31.12.2024\n0.7744\nex 2910 90 00\n10\n2-[(2-Methoxyphenoxy)methyl]oxirane (CAS RN 2210-74-4)\n0 %\n—\n31.12.2024\n0.5940\nex 2910 90 00\n15\n1,2-Epoxycyclohexane (CAS RN 286-20-4)\n0 %\n—\n31.12.2023\n0.7672\nex 2910 90 00\n25\nPhenyloxirane (CAS RN 96-09-3)\n0 %\n—\n31.12.2023\n0.2649\nex 2910 90 00\n30\n2,3-Epoxypropan-1-ol (glycidol) (CAS RN 556-52-5)\n0 %\n—\n31.12.2023\n0.6660\nex 2910 90 00\n50\n2,3-Epoxypropyl phenyl ether (CAS RN 122-60-1)\n0 %\n—\n31.12.2020\n0.4361\nex 2910 90 00\n80\nAllyl glycidyl ether (CAS RN 106-92-3)\n0 %\n—\n31.12.2021\n0.6785\nex 2911 00 00\n10\nEthoxy-2,2-difluoroethanol (CAS RN 148992-43-2)\n0 %\n—\n31.12.2020\n0.7116\nex 2912 19 00\n10\nUndecanal (CAS RN 112-44-7)\n0 %\n—\n31.12.2021\n0.6968\nex 2912 29 00\n15\n2,6,6-Trimethylcyclohexenecarbaldehyde (alpha-beta isomers mixture) (CAS RN 52844-21-0)\n0 %\n—\n31.12.2021\n0.6967\nex 2912 29 00\n25\nMixture of isomers consisting of:\n85 (± 10) % by weight of 4-isobutyl-2-methylbenzaldehyde (CAS RN 73206-60-7),\n15 (± 10) % by weight of 2-isobutyl-4-methyllbenzaldehyde (CAS RN 68102-28-3)\n0 %\n—\n31.12.2021\n0.7314\nex 2912 29 00\n35\nCinnamaldehyde (CAS RN 104-55-2)\n0 %\n—\n31.12.2022\n0.7405\nex 2912 29 00\n45\np-Phenylbenzaldehyde (CAS RN 3218-36-8)\n0 %\n—\n31.12.2022\n0.5755\nex 2912 29 00\n50\n4-Isobutylbenzaldehyde (CAS RN 40150-98-9)\n0 %\n—\n31.12.2023\n0.7612\nex 2912 29 00\n55\nCyclohex-3-ene-1-carbaldehyde (CAS RN 100-50-5)\n0 %\n—\n31.12.2023\n0.6072\nex 2912 29 00\n70\n4-tert-Butylbenzaldehyde (CAS RN 939-97-9)\n0 %\n—\n31.12.2023\n0.6073\nex 2912 29 00\n80\n4-Isopropylbenzaldehyde (CAS RN 122-03-2)\n0 %\n—\n31.12.2023\n0.3479\nex 2912 49 00\n10\n3-Phenoxybenzaldehyde (CAS RN 39515-51-0)\n0 %\n—\n31.12.2023\n0.5732\nex 2912 49 00\n20\n4-Hydroxybenzaldehyde (CAS RN 123-08-0)\n0 %\n—\n31.12.2022\n0.5135\nex 2912 49 00\n30\nSalicylaldehyde (CAS RN 90-02-8)\n0 %\n—\n31.12.2020\n0.6678\nex 2912 49 00\n40\n3-Hydroxy-p-anisaldehyde (CAS RN 621-59-0)\n0 %\n—\n31.12.2020\n0.7353\nex 2912 49 00\n50\n2,6-dihydroxybenzaldehyde (CAS RN 387-46-2)\n0 %\n—\n31.12.2022\n0.7712\nex 2913 00 00\n10\n2-Nitrobenzaldehyde (CAS RN 552-89-6)\n0 %\n—\n31.12.2024\n0.4228\nex 2914 19 90\n20\nHeptan-2-one (CAS RN 110-43-0)\n0 %\n—\n31.12.2022\n0.4274\nex 2914 19 90\n30\n3-Methylbutanone (CAS RN 563-80-4)\n0 %\n—\n31.12.2022\n0.4275\nex 2914 19 90\n40\nPentan-2-one (CAS RN 107-87-9)\n0 %\n—\n31.12.2022\n0.7554\nex 2914 19 90\n60\nZinc acetylacetonate (CAS RN 14024-63-6)\n0 %\n—\n31.12.2023\n0.7568\nex 2914 29 00\n15\noestr-5(10)-ene-3,17-dione (CAS RN 3962-66-1)\n0 %\n—\n31.12.2023\n0.3475\nex 2914 29 00\n20\nCyclohexadec-8-enone (CAS RN 3100-36–5)\n0 %\n—\n31.12.2023\n0.7450\nex 2914 29 00\n25\nCyclohex-2-enone (CAS RN 930-68-7)\n0 %\n—\n31.12.2023\n0.4933\nex 2914 29 00\n30\n(R)- p -Mentha-1(6),8-dien-2-one (CAS RN 6485-40-1)\n0 %\n—\n31.12.2020\n0.3480\nex 2914 29 00\n40\nCamphor\n0 %\n—\n31.12.2023\n0.5389\nex 2914 29 00\n50\ntrans -β-Damascone (CAS RN 23726-91-2)\n0 %\n—\n31.12.2021\n0.7422\nex 2914 29 00\n70\n2-sec-butylcyclohexanone (CAS RN 14765-30-1)\n0 %\n—\n31.12.2022\n0.7389\nex 2914 29 00\n80\n1-(cedr-8-en-9-yl)ethanone (CAS RN 32388-55-9)\n0 %\n—\n31.12.2022\n0.6265\nex 2914 39 00\n15\n2,6-Dimethyl-1-indanone (CAS RN 66309-83-9)\n0 %\n—\n31.12.2024\n0.6447\nex 2914 39 00\n25\n1,3-Diphenylpropane-1,3-dione (CAS RN 120-46-7)\n0 %\n—\n31.12.2024\n0.4227\nex 2914 39 00\n30\nBenzophenone (CAS RN 119-61-9)\n0 %\n—\n31.12.2022\n0.4429\nex 2914 39 00\n50\n4-Phenylbenzophenone (CAS RN 2128-93-0)\n0 %\n—\n31.12.2023\n0.4428\nex 2914 39 00\n60\n4-Methylbenzophenone (CAS RN 134-84-9)\n0 %\n—\n31.12.2023\n0.5739\nex 2914 39 00\n70\nBenzil (CAS RN 134-81-6)\n0 %\n—\n31.12.2022\n0.5535\nex 2914 39 00\n80\n4'-Methylacetophenone (CAS RN 122-00-9)\n0 %\n—\n31.12.2022\n0.7824\nex 2914 50 00\n15\n1,1-dimethoxyacetone (CAS RN 6342-56-9) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.4932\nex 2914 50 00\n20\n3'-Hydroxyacetophenone (CAS RN 121-71-1)\n0 %\n—\n31.12.2020\n0.5943\nex 2914 50 00\n25\n4'-Methoxyacetophenone (CAS RN 100-06-1)\n0 %\n—\n31.12.2023\n0.7797\nex 2914 50 00\n35\n2-Hydroxy-1-[4-[4-(2-hydroxy-2-methylpropanoyl)phenoxy]phenyl]-2-methylpropan-1-one (CAS-RN 71868-15-0)\n0 %\n—\n31.12.2024\n0.5904\nex 2914 50 00\n36\n2,7-Dihydroxy-9-fluorenone (CAS RN 42523-29-5)\n0 %\n—\n31.12.2023\n0.5435\nex 2914 50 00\n40\n4-(4-Hydroxyphenyl)butan-2-one (CAS RN 5471-51-2)\n0 %\n—\n31.12.2021\n0.5809\nex 2914 50 00\n45\n3,4-Dihydroxybenzophenone (CAS RN 10425-11-3)\n0 %\n—\n31.12.2022\n0.4235\nex 2914 50 00\n60\n2,2-Dimethoxy-2-phenylacetophenone (CAS RN 24650-42-8)\n0 %\n—\n31.12.2022\n0.6591\nex 2914 50 00\n65\n3-Methoxyacetophenone (CAS RN 586-37-8)\n0 %\n—\n31.12.2020\n0.6762\nex 2914 50 00\n75\n7-Hydroxy-3,4-dihydro-1(2H)-naphthalenone (CAS RN 22009‐38-7)\n0 %\n—\n31.12.2020\n0.4385\nex 2914 50 00\n80\n2',6'-Dihydroxyacetophenone (CAS RN 699-83-2)\n0 %\n—\n31.12.2023\n0.7075\nex 2914 50 00\n85\n4,4'-Dihydroxybenzophenone (CAS RN 611-99-4)\n0 %\n—\n31.12.2021\n0.2647\nex 2914 69 80\n10\n2-Ethylanthraquinone (CAS RN 84-51-5)\n0 %\n—\n31.12.2023\n0.2643\nex 2914 69 80\n30\n1,4-Dihydroxyanthraquinone (CAS RN 81-64-1)\n0 %\n—\n31.12.2023\n0.5430\nex 2914 69 80\n40\np -Benzoquinone (CAS RN 106-51-4)\n0 %\n—\n31.12.2021\n0.6481\nex 2914 69 80\n50\nReaction mass of 2-(1,2-dimethylpropyl)anthraquinone (CAS RN 68892-28-4) and 2-(1,1-dimethylpropyl)anthraquinone (CAS RN 32588-54-8)\n0 %\n—\n31.12.2024\n0.6592\nex 2914 79 00\n15\n1-(4-Methylphenyl)-4,4,4-trifluorobutane-1,3-dione (CAS RN 720-94-5)\n0 %\n—\n31.12.2020\n0.7736\nex 2914 79 00\n18\n2-Chloro-1-cyclopropylethanone (CAS RN 7379-14-8)\n0 %\n—\n31.12.2024\n0.5782\nex 2914 79 00\n20\n2,4'-Difluorobenzophenone (CAS RN 342-25-6)\n0 %\n—\n31.12.2022\n0.7732\nex 2914 79 00\n23\n5-Chloro-2-hydroxybenzophenone (CAS RN 85-19-8)\n0 %\n—\n31.12.2024\n0.6596\nex 2914 79 00\n25\n1-(7-Bromo-9,9-difluoro-9H-fluoren-2-yl)-2-chloroethanone (CAS RN 1378387-81-5)\n0 %\n—\n31.12.2020\n0.7751\nex 2914 79 00\n27\n(2-Chloro-5-iodo-phenyl)-(4-fluoro-phenyl)-methanone (CAS RN 915095-86-2)\n0 %\n—\n31.12.2024\n0.7467\nex 2914 79 00\n30\n5-Methoxy-1-[4-(trifluoromethyl)phenyl]pentan-1-one (CAS RN 61718-80-7)\n0 %\n—\n31.12.2023\n0.7442\nex 2914 79 00\n35\n1-[4-(benzyloxy)phenyl]-2-bromopropan-1-one (CAS RN 35081-45-9)\n0 %\n—\n31.12.2023\n0.3474\nex 2914 79 00\n40\nPerfluoro(2-methylpentan-3-one) (CAS RN 756-13-8)\n0 %\n—\n31.12.2023\n0.2640\nex 2914 79 00\n50\n3'-Chloropropiophenone (CAS RN 34841-35-5)\n0 %\n—\n31.12.2023\n0.4948\nex 2914 79 00\n60\n4'- tert -Butyl-2',6'-dimethyl-3',5'-dinitroacetophenone (CAS RN 81-14-1)\n0 %\n—\n31.12.2020\n0.7072\nex 2914 79 00\n65\n1,4-bis(4-Fluorobenzoyl) Benzene (CAS RN 68418-51-9)\n0 %\n—\n31.12.2021\n0.5237\nex 2914 79 00\n70\n4-Chloro-4'-hydroxybenzophenone (CAS RN 42019-78-3)\n0 %\n—\n31.12.2021\n0.7082\nex 2914 79 00\n75\n4,4'-Difluorobenzophenone (CAS RN 345-92-6)\n0 %\n—\n31.12.2021\n0.6120\nex 2914 79 00\n80\nTetrachloro-p-benzoquinone (CAS RN 118-75-2)\n0 %\n—\n31.12.2023\n0.7214\nex 2915 12 00\n10\nAqueous solution containing by weight 60 % or more but not more than 84 % of caesium formate (CAS RN 3495-36-1)\n0 %\n—\n31.12.2021\n0.7433\nex 2915 39 00\n10\nCis-3-hexenyl acetate (CAS RN 3681-71-8)\n0 %\n—\n31.12.2022\n0.6155\nex 2915 39 00\n25\n2-Methylcyclohexyl acetate (CAS RN 5726-19-2)\n0 %\n—\n31.12.2023\n0.7423\nex 2915 39 00\n30\n4-tert-butylcyclohexyl acetate (CAS RN 32210-23-4)\n0 %\n—\n31.12.2022\n0.2957\nex 2915 39 00\n40\ntert -Butyl acetate (CAS RN 540-88-5)\n0 %\n—\n31.12.2023\n0.5119\nex 2915 39 00\n60\nDodec-8-enyl acetate (CAS RN 28079-04-1)\n0 %\n—\n31.12.2020\n0.5121\nex 2915 39 00\n65\nDodeca-7,9-dienyl acetate (CAS RN 54364-62-4)\n0 %\n—\n31.12.2020\n0.5120\nex 2915 39 00\n70\nDodec-9-enyl acetate (CAS RN 16974-11-1)\n0 %\n—\n31.12.2020\n0.5289\nex 2915 39 00\n75\nIsobornyl acetate (CAS RN 125-12-2)\n0 %\n—\n31.12.2021\n0.5301\nex 2915 39 00\n80\n1-Phenylethyl acetate (CAS RN 93-92-5)\n0 %\n—\n31.12.2021\n0.5909\nex 2915 39 00\n85\n2- tert -Butylcyclohexyl acetate (CAS RN 88-41-5)\n0 %\n—\n31.12.2023\n0.7834\nex 2915 40 00\n10\nEthyl trichloroacetate (CAS RN 515-84-4) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.7830\nex 2915 40 00\n20\nSodium trichloroacetate (CAS RN 650-51-1) with a purity by weight of 96 % or more\n0 %\n—\n31.12.2024\n0.5858\nex 2915 60 19\n10\nEthyl butyrate (CAS RN 105-54-4)\n0 %\n—\n31.12.2022\n0.7540\nex 2915 70 40\n10\nMethyl palmitate (CAS RN 112-39-0)\n0 %\n—\n31.12.2023\n0.7541\nex 2915 90 30\n10\nMethyl laurate (CAS RN 111-82-0)\n0 %\n—\n31.12.2020\n0.7899\nex 2915 90 70\n18\nMyristitic acid, lithium salt (CAS RN 20336-96-3) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.7407\nex 2915 90 70\n20\nMethyl (R)-2-fluoropropionate (CAS RN 146805-74-5)\n0 %\n—\n31.12.2022\n0.7542\nex 2915 90 70\n25\nMethyl octanoate (CAS RN 111-11-5), methyl decanoate (CAS RN 110-42-9) or methyl myristate (CAS RN 124-10-7)\n0 %\n—\n31.12.2023\n0.5767\nex 2915 90 70\n30\n3,3-Dimethylbutyryl chloride (CAS RN 7065-46-5)\n0 %\n—\n31.12.2022\n0.5536\nex 2915 90 70\n35\n2,2-Dimethylbutanoyl chloride (CAS RN 5856-77-9)\n0 %\n—\n31.12.2023\n0.6255\nex 2915 90 70\n45\nTrimethyl orthoformate (CAS RN 149-73-5)\n0 %\n—\n31.12.2024\n0.4791\nex 2915 90 70\n50\nAllyl heptanoate (CAS RN 142-19-8)\n0 %\n—\n31.12.2024\n0.6003\nex 2915 90 70\n55\nTriethyl orthoformate (CAS RN 122-51-0)\n0 %\n—\n31.12.2023\n0.4954\nex 2915 90 70\n60\nEthyl-6,8-dichlorooctanoate (CAS RN 1070-64-0)\n0 %\n—\n31.12.2020\n0.6914\nex 2915 90 70\n65\n2-Ethyl-2-methyl butanoic acid (CAS RN 19889-37-3)\n0 %\n—\n31.12.2020\n0.5217\nex 2915 90 70\n80\nEthyl difluoroacetate (CAS RN 454-31-9)\n0 %\n—\n31.12.2021\n0.2585\nex 2916 12 00\n10\n2- tert -Butyl-6-(3- tert -butyl-2-hydroxy-5-methylbenzyl)-4-methylphenyl acrylate (CAS RN 61167-58-6)\n0 %\n—\n31.12.2023\n0.3977\nex 2916 12 00\n40\n2,4-Di- tert -pentyl-6-[1-(3,5-di- tert -pentyl-2-hydroxyphenyl)ethyl]phenylacrylate (CAS RN 123968-25-2)\n0 %\n—\n31.12.2023\n0.5808\nex 2916 12 00\n70\n2-(2-Vinyloxyethoxy)ethyl acrylate (CAS RN 86273-46-3)\n0 %\n—\n31.12.2022\n0.3468\nex 2916 13 00\n20\nZinc dimethacrylate, in the form of powder (CAS RN 13189‐00‐9)\n0 %\n—\n31.12.2023\n0.3466\nex 2916 13 00\n30\nZinc monomethacrylate powder (CAS RN 63451-47-8) whether or not containing not more than 17 % by weight of manufacturing impurities\n0 %\n—\n31.12.2020\n0.2638\nex 2916 14 00\n10\n2,3-Epoxypropyl methacrylate (CAS RN 106-91-2)\n0 %\n—\n31.12.2023\n0.6190\nex 2916 14 00\n20\nEthyl methacrylate (CAS RN 97-63-2)\n0 %\n—\n31.12.2023\n0.2951\nex 2916 19 95\n20\nMethyl 3,3-dimethylpent-4-enoate (CAS RN 63721-05-1)\n0 %\n—\n31.12.2023\n0.5991\nex 2916 19 95\n40\nSorbic acid (CAS RN 110-44-1) for use in the manufacture of animal feeds\n0 %\n—\n31.12.2023\n0.6238\nex 2916 19 95\n50\nMethyl 2-fluoroacrylate (CAS RN 2343-89-7)\n0 %\n—\n31.12.2024\n0.7023\nex 2916 20 00\n15\nTransfluthrin (ISO) (CAS RN 118712-89-3)\n0 %\n—\n31.12.2021\n0.7437\nex 2916 20 00\n20\nMixture of the (1S,2R,6R,7R)-and(1R,2R,6R,7S)-isomers of ethyl tricyclo[5.2.1.0(2,6)]decane-2-carboxylate (CAS RNs 80657-64-3 and 80623-07-0)\n0 %\n—\n31.12.2022\n0.3463\nex 2916 20 00\n50\nEthyl 2,2-dimethyl-3-(2-methylpropenyl)cyclopropanecarboxylate (CAS RN 97-41-6)\n0 %\n—\n31.12.2023\n0.4931\nex 2916 20 00\n60\n3-Cyclohexylpropionic acid (CAS RN 701-97-3)\n0 %\n—\n31.12.2020\n0.7531\nex 2916 20 00\n70\nCyclopropanecarbonyl chloride (CAS RN 4023-34-1)\n0 %\n—\n31.12.2023\n0.5421\nex 2916 31 00\n10\nBenzyl benzoate (CAS RN 120-51-4)\n0 %\n—\n31.12.2021\n0.6248\nex 2916 39 90\n13\n3,5-Dinitrobenzoic acid (CAS RN 99-34-3)\n0 %\n—\n31.12.2024\n0.5214\nex 2916 39 90\n15\n2-Chloro-5-nitrobenzoic acid (CAS RN 2516-96-3)\n0 %\n—\n31.12.2021\n0.2636\nex 2916 39 90\n20\n3,5-Dichlorobenzoyl chloride (CAS RN 2905-62-6)\n0 %\n—\n31.12.2023\n0.7845\nex 2916 39 90\n22\n6-bromo-2-fluoro-3-(trifluoromethyl)benzoic acid (CAS RN 1026962-68-4) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.6557\nex 2916 39 90\n23\n(2,4,6-Trimethylphenyl)acetyl chloride (CAS RN 52629-46-6)\n0 %\n—\n31.12.2024\n0.4951\nex 2916 39 90\n25\n2-Methyl-3-(4-Fluorophenyl)-propionyl chloride (CAS RN 1017183-70-8)\n0 %\n—\n31.12.2021\n0.7827\nex 2916 39 90\n27\nMethyl 6-Bromo-2-naphthoate (CAS RN 33626-98-1) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.4930\nex 2916 39 90\n30\n2,4,6-Trimethylbenzoyl chloride (CAS RN 938-18-1)\n0 %\n—\n31.12.2020\n0.7187\nex 2916 39 90\n33\nMethyl 4'-(bromomethyl)biphenyl-2-carboxylate (CAS RN 114772-38-2)\n0 %\n—\n31.12.2021\n0.5944\nex 2916 39 90\n35\nMethyl 4- tert -butylbenzoate (CAS RN 26537-19-9)\n0 %\n—\n31.12.2023\n0.6794\nex 2916 39 90\n41\n4-Bromo-2,6-difluorobenzoyl chloride (CAS RN 497181-19-8)\n0 %\n—\n31.12.2020\n0.7734\nex 2916 39 90\n43\n2-(3,5-Bis(trifluoromethyl)phenyl)-2-methylpropanoic acid (CAS RN 289686-70-0)\n0 %\n—\n31.12.2024\n0.6121\nex 2916 39 90\n48\n3-Fluorobenzoyl chloride (CAS RN 1711-07-5)\n0 %\n—\n31.12.2023\n0.2634\nex 2916 39 90\n50\n3,5-Dimethylbenzoyl chloride (CAS RN 6613-44-1)\n0 %\n—\n31.12.2023\n0.6755\nex 2916 39 90\n51\n3-Chloro-2-fluorobenzoic acid (CAS RN 161957-55-7)\n0 %\n—\n31.12.2020\n0.6661\nex 2916 39 90\n53\n5-Iodo-2-methylbenzoic acid (CAS RN 54811-38-0)\n0 %\n—\n31.12.2020\n0.4238\nex 2916 39 90\n55\n4- tert -Butylbenzoic acid (CAS RN 98-73-7)\n0 %\n—\n31.12.2022\n0.7678\nex 2916 39 90\n57\n2-Phenylprop-2-enoic acid (CAS RN 492-38-6)\n0 %\n—\n31.12.2023\n0.6803\nex 2916 39 90\n61\n2-Phenylbutyric Acid (CAS RN 90-27-7)\n0 %\n—\n31.12.2020\n0.3462\nex 2916 39 90\n70\nIbuprofen (INN) (CAS RN 15687-27-1)\n0 %\n—\n31.12.2023\n0.7117\nex 2916 39 90\n73\n(2,4-Dichlorophenyl)acetyl chloride (CAS RN 53056-20-5)\n0 %\n—\n31.12.2021\n0.5541\nex 2916 39 90\n75\nm -Toluic acid (CAS RN 99-04-7)\n0 %\n—\n31.12.2022\n0.5543\nex 2916 39 90\n85\n(2,4,5-Trifluorophenyl)acetic acid (CAS RN 209995-38-0)\n0 %\n—\n31.12.2022\n0.3457\nex 2917 11 00\n20\nBis( p -methylbenzyl) oxalate (CAS RN 18241-31-1)\n0 %\n—\n31.12.2023\n0.4746\nex 2917 11 00\n30\nCobalt oxalate (CAS RN 814-89-1)\n0 %\n—\n31.12.2024\n0.7563\nex 2917 12 00\n20\nBis(3,4-epoxycyclohexylmethyl) adipate (CAS RN 3130-19-6)\n0 %\n—\n31.12.2023\n0.4684\nex 2917 19 10\n10\nDimethyl malonate (CAS RN 108-59-8)\n0 %\n—\n31.12.2024\n0.5602\nex 2917 19 10\n20\nDiethyl malonate (CAS RN 105-53-3)\n0 %\n—\n31.12.2022\n0.6089\nex 2917 19 80\n15\nDimethyl but-2-ynedioate (CAS RN 762-42-5)\n0 %\n—\n31.12.2023\n0.4790\nex 2917 19 80\n30\nEthylene brassylate (CAS RN 105-95-3)\n0 %\n—\n31.12.2024\n0.7451\nex 2917 19 80\n35\nDiethyl methylmalonate (CAS RN 609-08-5)\n0 %\n—\n31.12.2023\n0.7880\nex 2917 19 80\n45\nIron fumarate (CAS RN 141-01-5) with a purity by weight of 93 % or more\n0 %\n—\n31.12.2024\n0.4918\nex 2917 19 80\n50\nTetradecanedioic acid (CAS RN 821-38-5)\n0 %\n—\n31.12.2020\n0.3454\nex 2917 19 80\n70\nItaconic acid (CAS RN 97-65-4)\n0 %\n—\n31.12.2023\n0.2631\nex 2917 20 00\n30\n1,4,5,6,7,7-Hexachloro-8,9,10-trinorborn-5-ene-2,3-dicarboxylic anhydride (CAS RN 115-27-5)\n0 %\n—\n31.12.2023\n0.2627\nex 2917 20 00\n40\n3-Methyl-1,2,3,6-tetrahydrophthalic anhydride (CAS RN 5333‐84-6)\n0 %\n—\n31.12.2023\n0.2954\nex 2917 34 00\n10\nDiallyl phthalate (CAS RN 131-17-9)\n0 %\n—\n31.12.2023\n0.4945\nex 2917 39 95\n20\nDibutyl-1,4-benzenedicarboxylate (CAS RN 1962-75-0)\n0 %\n—\n31.12.2020\n0.6796\nex 2917 39 95\n25\nNaphthalene-1,8-dicarboxylic anhydride (CAS RN 81-84-5)\n0 %\n—\n31.12.2020\n0.3640\nex 2917 39 95\n30\nBenzene-1,2:4,5-tetracarboxylic dianhydride (CAS RN 89-32-7)\n0 %\n—\n31.12.2020\n0.6800\nex 2917 39 95\n35\n1-Methyl-2-nitroterephthalate (CAS RN 35092-89-8)\n0 %\n—\n31.12.2020\n0.6123\nex 2917 39 95\n40\nDimethyl 2-nitroterephthalate (CAS RN 5292-45-5)\n0 %\n—\n31.12.2023\n0.6553\nex 2917 39 95\n50\n1,4,5,8-Naphthalenetetracarboxylic acid-1,8-monoanhydride (CAS RN 52671-72-4)\n0 %\n—\n31.12.2024\n0.6554\nex 2917 39 95\n60\nPerylene-3,4:9,10-tetracarboxylic dianhydride (CAS RN 128‐69‐8)\n0 %\n—\n31.12.2024\n0.6366\nex 2918 19 30\n10\nCholic acid (CAS RN 81-25-4)\n0 %\n—\n31.12.2024\n0.6367\nex 2918 19 30\n20\n3-α,12-α-Dihydroxy-5-β-cholan-24-oic acid (deoxycholic acid) (CAS RN 83-44-3)\n0 %\n—\n31.12.2024\n0.2950\nex 2918 19 98\n20\nL-Malic acid (CAS RN 97-67-6)\n0 %\n—\n31.12.2023\n0.7702\nex 2918 19 98\n30\nEthyl 1-hydroxycyclopentanecarboxylate (CAS RN 41248-23-1)\n0 %\n—\n31.12.2024\n0.7703\nex 2918 19 98\n40\nEthyl 1-hydroxycyclohexanecarboxylate (CAS RN 1127-01-1)\n0 %\n—\n31.12.2024\n0.7907\nex 2918 19 98\n50\n12-Hydroxyoctadecanoic acid (CAS RN 106-14-9) with a purity by weight of 90 % or more for the manufacture of polyglycerin-poly-12-hydroxyoctadecanoic acid esters\n0 %\n—\n31.12.2024\n0.3637\nex 2918 29 00\n10\nMonohydroxynaphthoic acids\n0 %\n—\n31.12.2023\n0.5781\nex 2918 29 00\n35\nPropyl 3,4,5-trihydroxybenzoate (CAS RN 121-79-9)\n0 %\n—\n31.12.2022\n0.3638\nex 2918 29 00\n50\nHexamethylene bis[3-(3,5-di- tert -butyl-4-hydroxyphenyl)propionate] (CAS RN 35074-77-2)\n0 %\n—\n31.12.2023\n0.5220\nex 2918 29 00\n60\nMethyl-, ethyl-, propyl- or butyl esters of 4-hydroxybenzoic acid or their sodium salts (CAS RN 35285-68-8, 99-76-3, 5026‐62‐0, 94-26-8, 94-13-3, 35285-69-9, 120-47-8, 36457‐20‐2 or 4247‐02-3)\n0 %\n—\n31.12.2021\n0.6456\nex 2918 29 00\n70\n3,5-Diiodosalicylic acid (CAS RN 133-91-5)\n0 %\n—\n31.12.2024\n0.7344\nex 2918 30 00\n15\n2-fluoro-5-formylbenzoic acid (CAS RN 550363-85-4)\n0 %\n—\n31.12.2022\n0.7605\nex 2918 30 00\n25\n(E)-1-ethoxy-3-oxobut-1-en-1-olate; 2-methylpropan-1-olate; titanium(4+) (CAS RN 83877-91-2)\n0 %\n—\n31.12.2023\n0.4427\nex 2918 30 00\n30\nMethyl-2-benzoylbenzoate (CAS RN 606-28-0)\n0 %\n—\n31.12.2023\n0.7864\nex 2918 30 00\n35\n3-Oxocyclobutane-1-carboxylic acid with a purity by weight of 98 % or more (CAS RN 23761-23-1)\n0 %\n—\n31.12.2024\n0.5857\nex 2918 30 00\n50\nEthyl acetoacetate (CAS RN 141-97-9)\n0 %\n—\n31.12.2022\n0.6250\nex 2918 30 00\n60\n4-Oxovaleric acid (CAS RN 123-76-2)\n0 %\n—\n31.12.2024\n0.6455\nex 2918 30 00\n70\n2-[4-Chloro-3-(chlorosulphonyl)benzoyl]benzoic acid (CAS RN 68592-12-1)\n0 %\n—\n31.12.2024\n0.7062\nex 2918 30 00\n80\nMethyl benzoylformate (CAS RN 15206-55-0)\n0 %\n—\n31.12.2021\n0.2946\nex 2918 99 90\n10\n3,4-Epoxycyclohexylmethyl 3,4-epoxycyclohexanecarboxylate (CAS RN 2386-87-0)\n0 %\n—\n31.12.2023\n0.6814\nex 2918 99 90\n13\n3-Methoxy-2-methylbenzoyl chloride (CAS RN 24487-91-0)\n0 %\n—\n31.12.2020\n0.5856\nex 2918 99 90\n15\nEthyl 2,3-epoxy-3-phenylbutyrate (CAS RN 77-83-8)\n0 %\n—\n31.12.2022\n0.6901\nex 2918 99 90\n18\nEthyl 2-hydroxy-2-(4-phenoxyphenyl)propanoate (CAS RN 132584-17-9)\n0 %\n—\n31.12.2020\n0.2949\nex 2918 99 90\n20\nMethyl 3-methoxyacrylate (CAS RN 5788-17-0)\n0 %\n—\n31.12.2024\n0.6983\nex 2918 99 90\n23\n1,8-Dihydroxyanthraquinone-3-carboxylic acid (CAS RN 478‐43-3)\n0 %\n—\n31.12.2021\n0.6147\nex 2918 99 90\n25\nMethyl (E)-3-methoxy-2-(2-chloromethylphenyl)-2-propenoate (CAS RN 117428-51-0)\n0 %\n—\n31.12.2023\n0.7256\nex 2918 99 90\n27\nEthyl 3-ethoxypropionate (CAS RN 763-69-9)\n0 %\n—\n31.12.2022\n0.2948\nex 2918 99 90\n30\nMethyl 2-(4-hydroxyphenoxy)propionate (CAS RN 96562-58-2)\n0 %\n—\n31.12.2023\n0.7597\nex 2918 99 90\n33\nVanillic Acid (CAS RN 121-34-6) containing:\nnot more than 10 ppm of Palladium (CAS RN 7440‐05‐3),\nnot more than 10 ppm of bismuth (CAS RN 7440-69-9),\nnot more than 14 ppm of formaldehyde (CAS RN 50‐00-0),\nnot more than 1,3 % by weight of 3,4-dihydroxybenzoic acid (CAS RN 99-50-3),\nnot more than 0,5 % by weight of vanillin (CAS RN 121-33-5)\n0 %\n—\n31.12.2023\n0.6342\nex 2918 99 90\n35\np-Anisic acid (CAS RN 100-09-4)\n0 %\n—\n31.12.2024\n0.7358\nex 2918 99 90\n38\nDiclofop-methyl (ISO) (CAS RN 51338-27-3)\n0 %\n—\n31.12.2022\n0.2945\nex 2918 99 90\n40\ntrans -4-Hydroxy-3-methoxycinnamic acid (CAS RN 1135-24-6)\n0 %\n—\n31.12.2023\n0.6224\nex 2918 99 90\n45\n4-Methylcatechol dimethyl acetate (CAS RN 52589-39-6)\n0 %\n—\n31.12.2024\n0.2947\nex 2918 99 90\n50\nMethyl 3,4,5-trimethoxybenzoate (CAS RN 1916-07-0)\n0 %\n—\n31.12.2023\n0.6552\nex 2918 99 90\n55\nStearyl glycyrrhetinate(CAS RN 13832-70-7)\n0 %\n—\n31.12.2024\n0.2943\nex 2918 99 90\n60\n3,4,5-Trimethoxybenzoic acid (CAS RN 118-41-2)\n0 %\n—\n31.12.2023\n0.6523\nex 2918 99 90\n65\nAcetic acid, difluoro[1,1,2,2-tetrafluoro-2-(pentafluoroethoxy)ethoxy]-, ammonium salt (CAS RN 908020‐52-0)\n0 %\n—\n31.12.2024\n0.4742\nex 2918 99 90\n70\nAllyl-(3-methylbutoxy)acetate (CAS RN 67634-00-8)\n0 %\n—\n31.12.2024\n0.5496\nex 2918 99 90\n80\nSodium 5-[2-chloro-4-(trifluoromethyl)phenoxy]-2-nitrobenzoate (CAS RN 62476-59-9)\n0 %\n—\n31.12.2021\n0.6747\nex 2918 99 90\n85\nTrinexapac-Ethyl (ISO) (CAS RN 95266-40-3) with a purity by weight of 96 % or more\n0 %\n—\n31.12.2020\n0.2942\nex 2919 90 00\n35\n2,2'-Methylenebis(4,6-di-tert-butylphenyl) phosphate, monosodium salt (CAS RN 85209-91-2) with a purity by weight of 95 % or more, with particles greater than 100 μm used in the manufacture of nucleating agents with a particle size (D90) no greater than 35 μm as measured by a light scattering technique\n0 %\n—\n31.12.2023\n0.7462\nex 2919 90 00\n15\nBenzene-1,3-diyl tetraphenyl bis(phosphate) (CAS RN 57583‐54-7)\n0 %\n—\n31.12.2023\n0.7723\nex 2919 90 00\n25\nTriphenyl phosphate (CAS RN 115-86-6)\n0 %\n—\n31.12.2024\n0.2940\nex 2919 90 00\n30\nAluminium hydroxybis[2,2'-methylenebis(4,6-di- tert -butylphenyl)phosphate] (CAS RN 151841-65-5)\n0 %\n—\n31.12.2023\n0.3867\nex 2919 90 00\n40\nTri-n-hexylphosphate (CAS RN 2528-39-4)\n0 %\n—\n31.12.2023\n0.5495\nex 2919 90 00\n50\nTriethyl phosphate (CAS RN 78-40-0)\n0 %\n—\n31.12.2021\n0.6188\nex 2919 90 00\n60\nBisphenol-A bis(diphenyl phosphate) (CAS RN 5945-33-5)\n0 %\n—\n31.12.2023\n0.6413\nex 2919 90 00\n70\nTris(2-butoxyethyl)phosphate (CAS RN 78-51-3)\n0 %\n—\n31.12.2024\n0.2938\nex 2920 19 00\n10\nFenitrothion (ISO) (CAS RN 122-14-5)\n0 %\n—\n31.12.2023\n0.2941\nex 2920 19 00\n20\nTolclofos-methyl (ISO) (CAS RN 57018-04-9)\n0 %\n—\n31.12.2023\n0.6253\nex 2920 19 00\n30\n2,2'-Oxybis(5,5-dimethyl-1,3,2-dioxaphosphorinane)-2,2'-disulphide (CAS RN 4090-51-1)\n0 %\n—\n31.12.2024\n0.3634\n2920 23 00\nTrimethyl phosphite (CAS RN 121-45-9)\n0 %\n—\n31.12.2023\n0.4158\n2920 24 00\nTriethyl phosphite (CAS RN 122-52-1)\n0 %\n—\n31.12.2021\n0.2626\nex 2920 29 00\n10\nO,O' -Dioctadecyl pentaerythritol bis(phosphite) (CAS RN 3806‐34-6)\n0 %\n—\n31.12.2023\n0.7227\nex 2920 29 00\n15\nPhosphorous acid 3,3',5,5'-tetrakis(1,1-dimethylethyl)-6,6'-dimethyl[1,1'-biphenyl]-2,2'-diyl tetra-1-naphthalenyl ester (CAS RN 198979-98-5)\n0 %\n—\n31.12.2022\n0.5038\nex 2920 29 00\n20\nTris(methylphenyl)phosphite (CAS RN 25586-42-9)\n0 %\n—\n31.12.2020\n0.5123\nex 2920 29 00\n30\n2,2'-[[3,3',5,5'-Tetrakis(1,1-dimethylethyl)[1,1'-biphenyl]-2,2'-diyl]bis(oxy)]bis[biphenyl-1,3,2-dioxaphosphepine] (CAS RN 138776-88-2)\n0 %\n—\n31.12.2020\n0.5045\nex 2920 29 00\n40\nBis(2,4-dicumylphenyl)pentaerythritol diphosphite (CAS RN 154862-43-8)\n0 %\n—\n31.12.2020\n0.6004\nex 2920 29 00\n50\nFosetyl-aluminium (CAS RN 39148-24-8)\n0 %\n—\n31.12.2023\n0.7031\nex 2920 29 00\n60\nFosetyl-sodium (CAS RN 39148-16-8) in form of an aqueous solution with a content by weight of fosetyl-sodium of 35 % or more but not more than 45 % for use in the manufacture of pesticides\n0 %\n—\n31.12.2021\n0.7898\nex 2920 29 00\n80\n2,4,8,10-tetrakis(1,1-dimethylethyl)-6-(2-ethylhexyloxy)-12H dibenzo[d,g][1,3,2]dioxaphosphocin (CAS RN 126050-54-2) with a content of 95 % or more by weight (CAS RN 126050-54-2)\n0 %\n—\n31.12.2024\n0.3635\nex 2920 90 10\n10\nDiethyl sulphate (CAS RN 64-67-5)\n0 %\n—\n31.12.2023\n0.7559\nex 2920 90 10\n15\nEthyl methyl carbonate (CAS RN 623-53-0)\n3,2 %\n—\n31.12.2020\n0.2605\nex 2920 90 10\n20\nDiallyl 2,2'-oxydiethyl dicarbonate (CAS RN 142-22-3)\n0 %\n—\n31.12.2023\n0.7560\nex 2920 90 10\n25\nDiethyl carbonate (CAS RN 105-58-8)\n3,2 %\n—\n31.12.2020\n0.7558\nex 2920 90 10\n35\nVinylene carbonate (CAS RN 872-36-6)\n3,2 %\n—\n31.12.2020\n0.3685\nex 2920 90 10\n40\nDimethyl carbonate (CAS RN 616-38-6)\n0 %\n—\n31.12.2023\n0.3868\nex 2920 90 10\n50\nDi- tert -butyl dicarbonate (CAS RN 24424-99-5)\n0 %\n—\n31.12.2023\n0.5756\nex 2920 90 10\n60\n2,4-Di- tert -butyl-5-nitrophenyl methyl carbonate (CAS RN 873055-55-1)\n0 %\n—\n31.12.2022\n0.7068\nex 2920 90 10\n80\nSodium 2-[2-(2-tridecoxyethoxy)ethoxy]ethyl sulphate (CAS RN 25446-78-0) in the form of a liquid paste with a content by weight in water of 62 % or more but not more than 65 %\n0 %\n—\n31.12.2021\n0.7588\nex 2920 90 70\n20\nDiethyl phosphorochloridate (CAS RN 814-49-3)\n0 %\n—\n31.12.2023\n0.7465\nex 2920 90 70\n30\n2-isopropoxy-4,4,5,5-tetramethyl-1,3,2-dioxaborolane (CAS RN 61676-62-8)\n0 %\n—\n31.12.2023\n0.5947\nex 2920 90 70\n60\nBis(neopentylglycolato)diboron (CAS RN 201733-56-4)\n0 %\n—\n31.12.2023\n0.6598\nex 2920 90 70\n80\nBis(pinacolato)diboron (CAS RN 73183-34-3)\n0 %\n—\n31.12.2020\n0.5668\n2921 13 00\n2-( N,N -Diethylamino)ethyl chloride hydrochloride (CAS RN 869-24-9)\n0 %\n—\n31.12.2022\n0.3629\nex 2921 19 99\n20\nEthyl(2-methylallyl)amine (CAS RN 18328-90-0)\n0 %\n—\n31.12.2023\n0.3631\nex 2921 19 99\n30\nAllylamine (CAS RN 107-11-9)\n0 %\n—\n31.12.2023\n0.7073\nex 2921 19 99\n45\n2-Chloro- N -(2-chloroethyl)ethanamine hydrochloride (CAS RN 821-48-7)\n0 %\n—\n31.12.2021\n0.5650\nex 2921 19 99\n70\nN,N -Dimethyloctylamine – boron trichloride (1:1) (CAS RN 34762-90-8)\n0 %\n—\n31.12.2022\n0.6269\nex 2921 19 99\n80\nTaurine (CAS RN 107-35-7), with 0,5 % addition of anti-caking agent silicon dioxide (CAS RN 112926-00-8)\n0 %\n—\n31.12.2024\n0.3630\nex 2921 29 00\n20\nTris[3-(dimethylamino)propyl]amine (CAS RN 33329-35-0)\n0 %\n—\n31.12.2023\n0.3625\nex 2921 29 00\n30\nBis[3-(dimethylamino)propyl]methylamine (CAS RN 3855‐32‐1)\n0 %\n—\n31.12.2023\n0.4917\nex 2921 29 00\n40\nDecamethylenediamine (CAS RN 646-25-3)\n0 %\n—\n31.12.2020\n0.5256\nex 2921 29 00\n50\nN' -[3-(Dimethylamino)propyl]- N , N -dimethylpropane-1,3-diamine (CAS RN 6711-48-4)\n0 %\n—\n31.12.2021\n0.7488\nex 2921 30 10\n10\n2-(4-(cyclopropanecarbonyl)phenyl)-2-methylpropanoic acid cyclohexylamine salt (CAS RN 1690344-90-1)\n0 %\n—\n31.12.2023\n0.4862\nex 2921 30 99\n30\n1,3-Cyclohexanedimethanamine (CAS RN 2579-20-6)\n0 %\n—\n31.12.2020\n0.5768\nex 2921 30 99\n40\nCyclopropylamine (CAS RN 765-30-0)\n0 %\n—\n31.12.2022\n0.7750\nex 2921 30 99\n50\nBicyclo[1.1.1]pentan-1-amine hydrochloride (CAS RN 22287‐35-0)\n0 %\n—\n31.12.2024\n0.3909\nex 2921 42 00\n25\nSodium hydrogen 2-aminobenzene-1,4-disulphonate (CAS RN 24605-36-5)\n0 %\n—\n31.12.2023\n0.6615\nex 2921 42 00\n33\n2-Fluoroaniline (CAS RN 348-54-9)\n0 %\n—\n31.12.2020\n0.3978\nex 2921 42 00\n35\n2-Nitroaniline (CAS RN 88-74-4)\n0 %\n—\n31.12.2023\n0.6550\nex 2921 42 00\n40\nSodium sulphanilate (CAS RN 515-74-2), also in form of its mono- or dihydrates (CAS RN 12333-70-0 or 6106-22-5)\n0 %\n—\n31.12.2024\n0.3979\nex 2921 42 00\n45\n2,4,5-Trichloroaniline (CAS RN 636-30-6)\n0 %\n—\n31.12.2023\n0.2620\nex 2921 42 00\n50\n3-Aminobenzenesulfonic acid (CAS RN 121-47-1)\n0 %\n—\n31.12.2023\n0.7739\nex 2921 42 00\n55\n4-Chloroaniline (CAS RN 106-47-8)\n0 %\n—\n31.12.2024\n0.3623\nex 2921 42 00\n70\n2-Aminobenzene-1,4-disulfonic acid (CAS RN 98-44-2)\n0 %\n—\n31.12.2024\n0.3622\nex 2921 42 00\n80\n4-Chloro-2-nitroaniline (CAS RN 89-63-4)\n0 %\n—\n31.12.2023\n0.3687\nex 2921 42 00\n85\n3,5-Dichloroaniline (CAS RN 626-43-7)\n0 %\n—\n31.12.2023\n0.5616\nex 2921 42 00\n86\n2,5-Dichloroaniline (CAS RN 95-82-9)\n0 %\n—\n31.12.2022\n0.5603\nex 2921 42 00\n87\nN -Methylaniline (CAS RN 100-61-8)\n0 %\n—\n31.12.2022\n0.5617\nex 2921 42 00\n88\n3,4-Dichloroaniline-6-sulphonic acid (CAS RN 6331-96-0)\n0 %\n—\n31.12.2022\n0.2617\nex 2921 43 00\n20\n4-Amino-6-chlorotoluene-3-sulphonic acid (CAS RN 88-51-7)\n0 %\n—\n31.12.2023\n0.2615\nex 2921 43 00\n30\n3-Nitro- p -toluidine (CAS RN 119-32-4)\n0 %\n—\n31.12.2023\n0.3980\nex 2921 43 00\n40\n4-Aminotoluene-3-sulphonic acid (CAS RN 88-44-8)\n0 %\n—\n31.12.2024\n0.5125\nex 2921 43 00\n50\n4-Aminobenzotrifluoride (CAS RN 455-14-1)\n0 %\n—\n31.12.2020\n0.5124\nex 2921 43 00\n60\n3-Aminobenzotrifluoride (CAS RN 98-16-8)\n0 %\n—\n31.12.2020\n0.7583\nex 2921 43 00\n70\n5-Bromo-4-fluoro-2-methylaniline (CAS RN 627871-16-3)\n0 %\n—\n31.12.2023\n0.3621\nex 2921 44 00\n20\nDiphenylamine (CAS RN 122-39-4)\n0 %\n—\n31.12.2023\n0.2618\nex 2921 45 00\n20\n2-Aminonaphthalene-1,5-disulphonic acid (CAS RN 117-62-4) or one of its sodium salts (CAS RN 19532-03-7) or (CAS RN 62203-79-6)\n0 %\n—\n31.12.2024\n0.7628\nex 2921 45 00\n30\n(5 or 8)-Aminonaphthalene-2-sulphonic acid (CAS RN 51548‐48-2)\n0 %\n—\n31.12.2023\n0.5994\nex 2921 45 00\n50\n7-Aminonaphthalene-1,3,6-trisulphonic acid (CAS RN 118-03-6)\n0 %\n—\n31.12.2024\n0.7316\nex 2921 45 00\n60\n1-Naphthylamine (CAS RN 134-32-7)\n0 %\n—\n31.12.2022\n0.7315\nex 2921 45 00\n70\n8-Aminonaphthalene-2-sulphonic acid (CAS RN 119-28-8)\n0 %\n—\n31.12.2022\n0.7629\nex 2921 45 00\n80\n2-Aminonaphthalene-1-sulphonic acid (CAS RN 81-16-3)\n0 %\n—\n31.12.2023\n0.3618\nex 2921 49 00\n20\nPendimethalin (ISO) (CAS RN 40487-42-1)\n3,5 %\n—\n31.12.2023\n0.7705\nex 2921 49 00\n30\n4-Isopropylaniline (CAS RN 99-88-7)\n0 %\n—\n31.12.2024\n0.7592\nex 2921 49 00\n35\n2-Ethylaniline (CAS RN 578-54-1)\n0 %\n—\n31.12.2023\n0.2609\nex 2921 49 00\n40\nN -1-Naphthylaniline (CAS RN 90-30-2)\n0 %\n—\n31.12.2023\n0.6825\nex 2921 49 00\n60\n2,6-Diisopropylaniline (CAS RN 24544-04-5)\n0 %\n—\n31.12.2020\n0.5126\nex 2921 49 00\n80\n4-Heptafluoroisopropyl-2-methylaniline (CAS RN 238098-26-5)\n0 %\n—\n31.12.2020\n0.3981\nex 2921 51 19\n30\n2-Methyl- p -phenylenediamine sulphate (CAS RN 615-50-9)\n0 %\n—\n31.12.2023\n0.4184\nex 2921 51 19\n40\np -Phenylenediamine (CAS RN 106-50-3)\n0 %\n—\n31.12.2021\n0.4498\nex 2921 51 19\n50\nMono- and dichloroderivatives of p- phenylenediamine and p ‐diaminotoluene\n0 %\n—\n31.12.2024\n0.5995\nex 2921 51 19\n60\n2,4-Diaminobenzenesulphonic acid (CAS RN 88-63-1)\n0 %\n—\n31.12.2024\n0.6595\nex 2921 51 19\n70\n4-Bromo- 1,2-diaminobenzene (CAS RN 1575-37-7)\n0 %\n—\n31.12.2020\n0.7894\nex 2921 51 90\n10\nN-(4-Chlorophenyl)benzene-1,2-diamine (CAS RN 68817-71-0) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2024\n0.2612\nex 2921 59 90\n10\nMixture of isomers of 3,5-diethyltoluenediamine (CAS RN 68479-98-1, CAS RN 75389-89-8)\n0 %\n—\n31.12.2023\n0.3785\nex 2921 59 90\n30\n3,3'-Dichlorobenzidine dihydrochloride (CAS RN 612-83-9)\n0 %\n—\n31.12.2022\n0.3870\nex 2921 59 90\n40\n4,4'-Diaminostilbene-2,2'-disulphonic acid (CAS RN 81-11-8)\n0 %\n—\n31.12.2023\n0.5509\nex 2921 59 90\n60\n(2R,5R)-1,6-Diphenylhexane-2,5-diamine dihydrochloride (CAS RN 1247119-31-8)\n0 %\n—\n31.12.2022\n0.6616\nex 2921 59 90\n70\nTris(4-aminophenyl)methane (CAS RN 548-61-8)\n0 %\n—\n31.12.2020\n0.7860\nex 2922 19 00\n15\nAqueous solution, containing by weight:\n73 % or more 2-amino-2-methyl-1-propanol (CAS RN 124-68-5),\n4,5 % or more, but not more than 27 % water (CAS RN 7732-18-5)\n0 %\n—\n31.12.2024\n0.5757\nex 2922 19 00\n20\n2-(2-Methoxyphenoxy)ethylamine hydrochloride (CAS RN 64464-07-9)\n0 %\n—\n31.12.2022\n0.3617\nex 2922 19 00\n30\nN,N,N',N' -Tetramethyl-2,2'-oxybis(ethylamine) (CAS RN 3033‐62-3)\n0 %\n—\n31.12.2023\n0.6947\nex 2922 19 00\n35\n2-[2-(Dimethylamino)ethoxy] ethanol (CAS RN 1704-62-7)\n0 %\n—\n31.12.2020\n0.7179\nex 2922 19 00\n40\n(R)-1-((4-amino-2-bromo-5-fluorophenyl)amino)-3-(benzyloxy)propan-2-ol 4-methylbenzenesulphonate (CAS RN 1294504-64-5)\n0 %\n—\n31.12.2021\n0.7480\nex 2922 19 00\n45\n2-Methoxymethyl-p-phenylenediamine (CAS RN 337906-36-2)\n0 %\n—\n31.12.2023\n0.3616\nex 2922 19 00\n50\n2-(2-Methoxyphenoxy)ethylamine (CAS RN 1836-62-0)\n0 %\n—\n31.12.2024\n0.7587\nex 2922 19 00\n55\n3-Aminoadamantan-1-ol (CAS RN 702-82-9)\n0 %\n—\n31.12.2023\n0.3871\nex 2922 19 00\n60\nN,N,N' -trimethyl- N' -(2-hydroxy-ethyl) 2,2'-oxybis(ethylamine) (CAS RN 83016-70-0)\n0 %\n—\n31.12.2023\n0.5905\nex 2922 19 00\n65\ntrans -4-Aminocyclohexanol (CAS RN 27489-62-9)\n0 %\n—\n31.12.2023\n0.5986\nex 2922 19 00\n75\n2-Ethoxyethylamine (CAS RN 110-76-9)\n0 %\n—\n31.12.2023\n0.4665\nex 2922 19 00\n80\nN -[2-[2-(Dimethylamino)ethoxy]ethyl]- N -methyl-1,3-propanediamine (CAS RN 189253-72-3)\n0 %\n—\n31.12.2024\n0.5911\nex 2922 19 00\n85\n(1S,4R)-cis-4-Amino-2-cyclopentene-1-methanol-D-tartrate (CAS RN 229177-52-0)\n0 %\n—\n31.12.2023\n0.5996\nex 2922 21 00\n10\n2-Amino-5-hydroxynaphthalene-1,7-disulphonic acid (CAS RN 6535-70-2)\n0 %\n—\n31.12.2024\n0.2703\nex 2922 21 00\n30\n6-Amino-4-hydroxynaphthalene-2-sulphonic acid (CAS RN 90‐51-7)\n0 %\n—\n31.12.2024\n0.2704\nex 2922 21 00\n40\n7-Amino-4-hydroxynaphthalene-2-sulphonic acid (CAS RN 87‐02-5)\n0 %\n—\n31.12.2023\n0.3873\nex 2922 21 00\n50\nSodium hydrogen 4-amino-5-hydroxynaphthalene-2,7-disulphonate (CAS RN 5460-09-3)\n0 %\n—\n31.12.2024\n0.5997\nex 2922 21 00\n60\n4-Amino-5-hydroxynaphthalene-2,7-disulphonic acid with a purity by weight of 80 % or more (CAS RN 90-20-0)\n0 %\n—\n31.12.2023\n0.2702\nex 2922 29 00\n20\n3-Aminophenol (CAS RN 591-27-5)\n0 %\n—\n31.12.2023\n0.3982\nex 2922 29 00\n25\n5-Amino- o -cresol (CAS RN 2835-95-2)\n0 %\n—\n31.12.2023\n0.6624\nex 2922 29 00\n30\n1,2-Bis(2-aminophenoxy)ethane (CAS RN 52411-34-4)\n0 %\n—\n31.12.2020\n0.7642\nex 2922 29 00\n33\no-Phenetidine (CAS RN 94-70-2)\n0 %\n—\n31.12.2023\n0.6653\nex 2922 29 00\n40\n4-Hydroxy-6-[(3-sulphophenyl)amino]naphthalene-2-sulphonic acid (CAS RN 25251-42-7)\n0 %\n—\n31.12.2020\n0.2936\nex 2922 29 00\n45\nAnisidines\n0 %\n—\n31.12.2023\n0.6634\nex 2922 29 00\n63\nAclonifen (ISO) (CAS RN 74070-46-5) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2020\n0.4627\nex 2922 29 00\n65\n4-Trifluoromethoxyaniline (CAS RN 461-82-5)\n0 %\n—\n31.12.2024\n0.7481\nex 2922 29 00\n67\n4-Chloro-2,5-dimethoxyaniline (CAS RN 6358-64-1)\n0 %\n—\n31.12.2023\n0.2692\nex 2922 29 00\n70\n4-Nitro- o -anisidine (CAS RN 97-52-9)\n0 %\n—\n31.12.2023\n0.7026\nex 2922 29 00\n73\nTris(4-aminophenyl) thiophosphate (CAS RN 52664-35-4)\n0 %\n—\n31.12.2021\n0.4956\nex 2922 29 00\n75\n4-(2-Aminoethyl)phenol (CAS RN 51-67-2)\n0 %\n—\n31.12.2020\n0.2696\nex 2922 29 00\n80\n3-Diethylaminophenol (CAS RN 91-68-9)\n0 %\n—\n31.12.2023\n0.5898\nex 2922 29 00\n85\n4-Benzyloxyaniline hydrochloride (CAS RN 51388-20-6)\n0 %\n—\n31.12.2023\n0.2690\nex 2922 39 00\n10\n1-Amino-4-bromo-9,10-dioxoanthracene-2-sulphonic acid and its salts\n0 %\n—\n31.12.2023\n0.7371\nex 2922 39 00\n15\n2-Amino-3,5-dibromobenzaldehyde (CAS RN 50910-55-9)\n0 %\n—\n31.12.2022\n0.4914\nex 2922 39 00\n20\n2-Amino-5-chlorobenzophenone (CAS RN 719-59-5)\n0 %\n—\n31.12.2020\n0.6838\nex 2922 39 00\n25\n3-(Dimethylamino)-1-(1-naphthalenyl)-1-propanone)hydrochloride (CAS RN 5409-58-5)\n0 %\n—\n31.12.2020\n0.7713\nex 2922 39 00\n30\n(2-Fluorophenyl)-[2-(methylamino)-5-nitrophenyl]methanone (CAS RN 735-06-8)\n0 %\n—\n31.12.2024\n0.6761\nex 2922 39 00\n35\n5-Chloro-2-(methylamino)benzophenone (CAS RN 1022-13-5)\n0 %\n—\n31.12.2020\n0.7800\nex 2922 39 00\n40\n4,4'-Bis(diethylamino)benzophenone (CAS RN 90-93-7)\n0 %\n—\n31.12.2024\n0.3546\nex 2922 43 00\n10\nAnthranilic acid (CAS RN 118-92-3)\n0 %\n—\n31.12.2023\n0.3547\nex 2922 49 85\n10\nOrnithine aspartate (INNM) (CAS RN 3230-94-2)\n0 %\n—\n31.12.2023\n0.7853\nex 2922 49 85\n13\nO-Benzylglycine p-toluenesulphonate (CAS RN 1738-76-7) with a purity by weight of 93 % or more\n0 %\n—\n31.12.2024\n0.5619\nex 2922 49 85\n20\n3-Amino-4-chlorobenzoic acid (CAS RN 2840-28-0)\n0 %\n—\n31.12.2022\n0.6340\nex 2922 49 85\n25\nDimethyl 2-aminobenzene-1,4-dicarboxylate (CAS RN 5372‐81‐6)\n0 %\n—\n31.12.2024\n0.6948\nex 2922 49 85\n30\nAqueous solution containing 40 % by weight or more of sodium methylaminoacetate (CAS RN 4316-73-8)\n0 %\n—\n31.12.2020\n0.6969\nex 2922 49 85\n35\n2- (3-Amino-4-chloro-benzoyl) benzoic acid (CAS RN 118‐04‐7)\n0 %\n—\n31.12.2021\n0.3544\nex 2922 49 85\n40\nNorvaline\n0 %\n—\n31.12.2023\n0.5037\nex 2922 49 85\n17\nGlycine (CAS RN 56-40-6) with a purity by weight of 95 % or more, whether or not with not more than 5 % addition of anti-caking agent silicon dioxide (CAS RN 112926-00-8)\n0 %\n—\n31.12.2020\n0.3983\nex 2922 49 85\n50\nD-(-)-Dihydrophenylglycine (CAS RN 26774-88-9)\n0 %\n—\n31.12.2024\n0.4239\nex 2922 49 85\n60\nEthyl-4-dimethylaminobenzoate (CAS RN 10287-53-3)\n0 %\n—\n31.12.2022\n0.6650\nex 2922 49 85\n65\nDiethyl aminomalonate hydrochloride (CAS RN 13433-00-6)\n0 %\n—\n31.12.2020\n0.4426\nex 2922 49 85\n70\n2-Ethylhexyl-4-dimethylaminobenzoate (CAS RN 21245-02-3)\n0 %\n—\n31.12.2023\n0.7254\nex 2922 49 85\n75\nL-alanine isopropyl ester hydrochloride (CAS RN 62062-65-1)\n0 %\n—\n31.12.2022\n0.6100\nex 2922 49 85\n80\n12-Aminododecanoic acid (CAS RN 693-57-2)\n0 %\n—\n31.12.2023\n0.7020\nex 2922 50 00\n10\n2-(2-(2-Aminoethoxy)ethoxy)acetic acid hydrochloride (CAS RN 134979-01-4)\n0 %\n—\n31.12.2021\n0.7257\nex 2922 50 00\n15\n3,5-Diiodothyronine (CAS RN 1041-01-6)\n0 %\n—\n31.12.2022\n0.4702\nex 2922 50 00\n20\n1-[2-Amino-1-(4-methoxyphenyl)-ethyl]-cyclohexanol hydrochloride (CAS RN 130198-05-9)\n0 %\n—\n31.12.2024\n0.7523\nex 2922 50 00\n35\n(2S)-2-Amino-3-(3,4-dimethoxyphenyl)-2-methylpropanoic acid hydrochloride (CAS RN 5486-79-3)\n0 %\n—\n31.12.2023\n0.2681\nex 2922 50 00\n70\n2-(1-Hydroxycyclohexyl)-2-(4-methoxyphenyl)ethylammonium acetate\n0 %\n—\n31.12.2023\n0.6226\nex 2923 10 00\n10\nCalcium phosphoryl choline chloride tetrahydrate (CAS RN 72556-74-2)\n0 %\n—\n31.12.2024\n0.3543\nex 2923 90 00\n10\nTetramethylammonium hydroxide, in the form of an aqueous solution containing 25 % (± 0,5 %) by weight of tetramethylammonium hydroxide\n0 %\n—\n31.12.2023\n0.4499\nex 2923 90 00\n25\nTetrakis(dimethylditetradecylammonium) molybdate (CAS RN 117342‐25‐3)\n0 %\n—\n31.12.2023\n0.7879\nex 2923 90 00\n50\nBetaine hydrochloride (CAS RN 590-46-5) with a purity by weight of 93 % or more\n0 %\n—\n31.12.2024\n0.7089\nex 2923 90 00\n55\nTetrabutylammonium bromide (CAS RN 1643-19-2)\n0 %\n—\n31.12.2021\n0.7615\nex 2923 90 00\n65\nN,N,N-trimethyl-tricyclo[3.3.1.13,7]decan-1-aminium hydroxide (CAS RN 53075-09-5) in form of an aqueous solution with a content of N,N,N-trimethyl-tricyclo[3.3.1.13,7]decan-1-aminium hydroxide by weight of 17,5 % or more but not more than 27,5 %\n0 %\n—\n31.12.2023\n0.3538\nex 2923 90 00\n70\nTetrapropylammonium hydroxide, in the form of an aqueous solution containing:\n40 % (± 2 %) by weight of tetrapropylammonium hydroxide,\n0,3 % by weight or less of carbonate,\n0,1 % by weight or less of tripropylamine,\n500 mg/kg or less of bromide, and\n25 mg/kg or less of potassium and sodium taken together\n0 %\n—\n31.12.2023\n0.5063\nex 2923 90 00\n75\nTetraethylammonium hydroxide, in the form of an aqueous solution containing:\n35 % (± 0,5 %) by weight of tetraethylammonium hydroxide,\nnot more than 1 000 mg/kg of chloride,\nnot more than 2 mg/kg of iron, and\nnot more than 10 mg/kg of potassium\n0 %\n—\n31.12.2020\n0.3536\nex 2923 90 00\n80\nDiallyldimethylammonium chloride (CAS RN 7398-69-8), in the form of an aqueous solution containing by weight 63 % or more but not more than 67 % of diallyldimethylammonium chloride\n0 %\n—\n31.12.2023\n0.6410\nex 2923 90 00\n85\nN,N,N-Trimethylanilinium chloride (CAS RN 138-24-9)\n0 %\n—\n31.12.2024\n0.2678\nex 2924 19 00\n10\n2-Acrylamido-2-methylpropanesulphonic acid (CAS RN 15214‐89-8) or its sodium salt (CAS RN 5165-97-9), or its ammonium salt (CAS RN 58374-69-9)\n0 %\n—\n31.12.2023\n0.6227\nex 2924 19 00\n15\nN-Ethyl N-methylcarbamoyl chloride (CAS RN 42252-34-6)\n0 %\n—\n31.12.2024\n0.6597\nex 2924 19 00\n20\n(R)-(-)-3-(carbamoylmethyl)-5-methylhexanoic acid (CAS RN 181289-33-8)\n0 %\n—\n31.12.2020\n0.7258\nex 2924 19 00\n25\nIsobutylidenediurea (CAS RN 6104-30-9)\n0 %\n—\n31.12.2022\n0.3535\nex 2924 19 00\n30\nMethyl 2-acetamido-3-chloropropionate (CAS RN 87333-22-0)\n0 %\n—\n31.12.2023\n0.6549\nex 2924 19 00\n35\nAcetamide (CAS RN 60-35-5)\n0 %\n—\n31.12.2024\n0.6996\nex 2924 19 00\n45\n3-Chloro- N -methoxy- N -methylpropanamide (CAS RN 1062512‐53-1)\n0 %\n—\n31.12.2021\n0.3689\nex 2924 19 00\n23\nAcrylamide (CAS RN 79-06-1) with a purity by weight of 97 % or more\n2 %\n—\n31.12.2021\n0.7060\nex 2924 19 00\n55\n2-Propynyl butylcarbamate (CAS RN 76114-73-3)\n0 %\n—\n31.12.2021\n0.4160\nex 2924 19 00\n60\nN,N -Dimethylacrylamide (CAS RN 2680-03-7)\n0 %\n—\n31.12.2021\n0.7482\nex 2924 19 00\n65\n2,2,2-trifluoroacetamide (CAS RN 354-38-1)\n0 %\n—\n31.12.2023\n0.4380\nex 2924 19 00\n70\nMethylcarbamate (CAS RN 598-55-0)\n0 %\n—\n31.12.2023\n0.7575\nex 2924 19 00\n75\n(S)-4-((tert-Butoxycarbonyl)amino)-2-hydroxybutanoic acid (CAS RN 207305-60-0)\n0 %\n—\n31.12.2023\n0.5605\nex 2924 19 00\n80\nTetrabutylurea (CAS RN 4559-86-8)\n0 %\n—\n31.12.2022\n0.2939\nex 2924 21 00\n10\n4,4'-Dihydroxy-7,7'-ureylenedi(naphthalene-2-sulfonic acid) and its sodium salts\n0 %\n—\n31.12.2023\n0.5998\nex 2924 21 00\n20\n(3-Aminophenyl)urea hydrochloride (CAS RN 59690-88-9)\n0 %\n—\n31.12.2024\n0.3533\n2924 25 00\nAlachlor (ISO) (CAS RN 15972-60-8)\n0 %\n—\n31.12.2023\n0.6047\nex 2924 29 70\n12\n4-(Acetylamino)-2-aminobenzenesulphonic acid (CAS RN 88‐64-2)\n0 %\n—\n31.12.2024\n0.3534\nex 2924 29 70\n15\nAcetochlor (ISO) (CAS RN 34256-82-1)\n0 %\n—\n31.12.2023\n0.6266\nex 2924 29 70\n17\n2-(Trifluoromethyl)benzamide (CAS RN 360-64-5)\n0 %\n—\n31.12.2024\n0.6363\nex 2924 29 70\n19\n2-[[2-(Benzyloxycarbonylamino)acetyl]amino]propionic acid (CAS RN 3079-63-8)\n0 %\n—\n31.12.2024\n0.4685\nex 2924 29 70\n20\n2-Chloro- N -(2-ethyl-6-methylphenyl)- N -(propan-2-yloxymethyl)acetamide (CAS RN 86763-47-5)\n0 %\n—\n31.12.2024\n0.6568\nex 2924 29 70\n23\nBenalaxyl-M (ISO) (CAS RN 98243-83-5)\n0 %\n—\n31.12.2024\n0.5226\nex 2924 29 70\n27\n2-Bromo-4-fluoroacetanilide (CAS RN 1009-22-9)\n0 %\n—\n31.12.2021\n0.7118\nex 2924 29 70\n30\nSodium 4-(4-methyl-3-nitrobenzoylamino)benzenesulphonate (CAS RN 84029-45-8)\n0 %\n—\n31.12.2021\n0.6110\nex 2924 29 70\n37\nBeflubutamid (ISO) (CAS RN 113614-08-7)\n0 %\n—\n31.12.2023\n0.5066\nex 2924 29 70\n40\nN,N'-1,4-Phenylenebis[3-oxobutyramide] (CAS RN 24731‐73‐5)\n0 %\n—\n31.12.2020\n0.5127\nex 2924 29 70\n45\nPropoxur (ISO) (CAS RN 114-26-1)\n0 %\n—\n31.12.2020\n0.7841\nex 2924 29 70\n47\n(S)-tert-butyl(1-amino-3-(4-iodophenyl)-1-oxopropan-2-yl)carbamate (CAS RN 868694-44-4) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.7113\nex 2924 29 70\n50\nN-Benzyloxycarbonyl-L-tert-leucine isopropylamine salt (CAS RN 1621085-33-3)\n0 %\n—\n31.12.2021\n0.5622\nex 2924 29 70\n53\n4-Amino- N -[4-(aminocarbonyl)phenyl]benzamide (CAS RN 74441-06-8)\n0 %\n—\n31.12.2022\n0.5069\nex 2924 29 70\n55\nN,N'-(2,5-Dimethyl-1,4-phenylene)bis[3-oxobutyramide] (CAS RN 24304‐50-5)\n0 %\n—\n31.12.2020\n0.5067\nex 2924 29 70\n60\nN,N'-(2-Chloro-5-methyl-1,4-phenylene)bis[3-oxobutyramide] (CAS RN 41131-65-1)\n0 %\n—\n31.12.2020\n0.6832\nex 2924 29 70\n61\n( S )-1-Phenylethanamine ( S )-2-(((1 R ,2 R )-2-allylcyclopropoxy)carbonylamino)-3,3-dimethylbutanoate (CUS 0143288‐8)\n0 %\n—\n31.12.2020\n0.6767\nex 2924 29 70\n62\n2-Chlorobenzamide (CAS RN 609-66-5)\n0 %\n—\n31.12.2020\n0.5388\nex 2924 29 70\n63\nN -Ethyl-2-(isopropyl)-5-methylcyclohexanecarboxamide (CAS RN 39711‐79-0)\n0 %\n—\n31.12.2021\n0.6766\nex 2924 29 70\n64\nN-(3',4'-dichloro-5-fluoro[1,1'-biphenyl]-2-yl)acetamide (CAS RN 877179‐03-8)\n0 %\n—\n31.12.2020\n0.7632\nex 2924 29 70\n67\nN,N'-(2,5-Dichloro-1,4-phenylene)bis[3-oxobutyramide] (CAS RN 42487‐09-2)\n0 %\n—\n31.12.2023\n0.7582\nex 2924 29 70\n70\nN-[(benzyloxy)carbonyl]glycyl-N-[(2S)-1-{4-[(tert-butoxycarbonyl)oxy]phenyl}-3-hydroxypropan-2-yl]-L-alaninamide\n0 %\n—\n31.12.2023\n0.6480\nex 2924 29 70\n73\nNapropamide (ISO) (CAS RN 15299-99-7)\n0 %\n—\n31.12.2024\n0.2672\nex 2924 29 70\n75\n3-Amino- p -anisanilide (CAS RN 120-35-4)\n0 %\n—\n31.12.2023\n0.2673\nex 2924 29 70\n85\np -Aminobenzamide (CAS RN 2835-68-9)\n0 %\n—\n31.12.2023\n0.4257\nex 2924 29 70\n86\nAnthranilamide (CAS RN 88-68-6) of a purity by weight of 99,5 % or more\n0 %\n—\n31.12.2022\n0.4495\nex 2924 29 70\n88\n5'-Chloro-3-hydroxy-2'-methyl-2-naphthanilide (CAS RN 135‐63-7)\n0 %\n—\n31.12.2023\n0.4493\nex 2924 29 70\n89\nFlutolanil (ISO) (CAS RN 66332-96-5)\n0 %\n—\n31.12.2023\n0.3690\nex 2924 29 70\n91\n3-Hydroxy-2'-methoxy-2-naphthanilide (CAS RN 135-62-6)\n0 %\n—\n31.12.2023\n0.3691\nex 2924 29 70\n92\n3-Hydroxy-2-naphthanilide (CAS RN 92-77-3)\n0 %\n—\n31.12.2024\n0.3692\nex 2924 29 70\n93\n3-Hydroxy-2'-methyl-2-naphthanilide (CAS RN 135-61-5)\n0 %\n—\n31.12.2023\n0.3693\nex 2924 29 70\n94\n2'-Ethoxy-3-hydroxy-2-naphthanilide (CAS RN 92-74-0)\n0 %\n—\n31.12.2023\n0.3863\nex 2924 29 70\n97\n1,1-Cyclohexanediacetic acid monoamide (CAS RN 99189-60-3)\n0 %\n—\n31.12.2023\n0.3526\nex 2925 11 00\n20\nSaccharin and its sodium salt\n0 %\n—\n31.12.2023\n0.2674\nex 2925 19 95\n10\nN -Phenylmaleimide (CAS RN 941-69-5)\n0 %\n—\n31.12.2023\n0.5612\nex 2925 19 95\n20\n4,5,6,7-Tetrahydroisoindole-1,3-dione (CAS RN 4720-86-9)\n0 %\n—\n31.12.2022\n0.5740\nex 2925 19 95\n30\nN,N' -( m -Phenylene)dimaleimide (CAS RN 3006-93-7)\n0 %\n—\n31.12.2022\n0.2934\nex 2925 29 00\n10\nDicyclohexylcarbodiimide (CAS RN 538-75-0)\n0 %\n—\n31.12.2023\n0.5891\nex 2925 29 00\n20\nN-[3-(Dimethylamino)propyl]-N'-ethylcarbodiimide hydrochloride (CAS RN 25952-53-8)\n0 %\n—\n31.12.2023\n0.6636\nex 2925 29 00\n30\nGuanidine sulphamate (CAS RN 50979-18-5)\n0 %\n—\n31.12.2020\n0.7749\nex 2925 29 00\n40\nN-amidinosarcosine (CAS RN 57-00-1)\n0 %\n—\n31.12.2024\n0.7832\nex 2925 29 00\n50\n(Chloromethylene)dimethyliminium chloride (CAS RN 3724-43-4) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.6786\nex 2926 90 70\n14\nCyanoacetic acid (CAS RN 372-09-8)\n0 %\n—\n31.12.2020\n0.7430\nex 2926 90 70\n15\n2-Cyclohexylidene-2-phenylacetonitrile (CAS RN 10461-98-0)\n0 %\n—\n31.12.2022\n0.6258\nex 2926 90 70\n16\n4-Cyano-2-nitrobenzoic acid methyl ester (CAS RN 52449-76-0)\n0 %\n—\n31.12.2024\n0.6934\nex 2926 90 70\n17\nCypermethrin (ISO) with its stereoisomers (CAS RN 52315‐07‐8) with a purity by weight of 90 % or more\n0 %\n—\n31.12.2020\n0.7408\nex 2926 90 70\n18\nFlumethrin (ISO) (CAS RN 69770-45-2)\n0 %\n—\n31.12.2022\n0.7466\nex 2926 90 70\n19\n2-(4-amino-2-chloro-5-methylphenyl)-2-(4-chlorophenyl) acetonitrile (CAS RN 61437-85-2)\n0 %\n—\n31.12.2023\n0.2668\nex 2926 90 70\n20\n2-( m -Benzoylphenyl)propiononitrile (CAS RN 42872-30-0)\n0 %\n—\n31.12.2024\n0.7458\nex 2926 90 70\n21\n4-Bromo-2-chlorobenzonitrile (CAS RN 154607-01-9)\n0 %\n—\n31.12.2023\n0.7514\nex 2926 90 70\n22\nAcetonitrile (CAS RN 75-05-8)\n0 %\n—\n31.12.2023\n0.6109\nex 2926 90 70\n23\nAcrinathrin (ISO) (CAS RN 101007-06-1)\n0 %\n—\n31.12.2023\n0.7805\nex 2926 90 70\n24\n2-Hydroxy-2-methylpropiononitrile (CAS RN 75-86-5) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.5227\nex 2926 90 70\n25\n2,2-Dibromo-3-nitrilopropionamide (CAS RN 10222-01-2)\n0 %\n—\n31.12.2021\n0.6149\nex 2926 90 70\n27\nCyhalofop-butyl (ISO) (CAS RN 122008-85-9)\n0 %\n—\n31.12.2023\n0.7201\nex 2926 90 70\n30\n4,5-Dichloro-3,6-dioxocyclohexa-1,4-diene-1,2-dicarbonitrile (CAS RN 84-58-2)\n0 %\n—\n31.12.2021\n0.7406\nex 2926 90 70\n33\nDeltamethrin (ISO) (CAS RN 52918-63-5)\n0 %\n—\n31.12.2022\n0.7034\nex 2926 90 70\n35\n4-Cyano-2-methoxybenzaldehyde (CAS RN 21962-45-8)\n0 %\n—\n31.12.2021\n0.6970\nex 2926 90 70\n40\n2-(4-Cyanophenylamino)acetic acid (CAS RN 42288-26-6)\n0 %\n—\n31.12.2021\n0.3522\nex 2926 90 70\n50\nAlkyl or alkoxyalkyl esters of cyanoacetic acid\n0 %\n—\n31.12.2023\n0.6259\nex 2926 90 70\n26\nCyfluthrin (ISO) (CAS RN 68359-37-5) with a purity by weight of 95,5 % or more for the use in the manufacture of biocidal products\n0 %\n—\n31.12.2024\n0.4182\nex 2926 90 70\n61\nm -(1-Cyanoethyl)benzoic acid (CAS RN 5537-71-3)\n0 %\n—\n31.12.2021\n0.4644\nex 2926 90 70\n64\nEsfenvalerate (CAS RN 66230-04-4) of a purity by weight of 83 % or more in a mixture of its own isomers\n0 %\n—\n31.12.2024\n0.4802\nex 2926 90 70\n70\nMethacrylonitrile (CAS RN 126-98-7)\n0 %\n—\n31.12.2024\n0.2543\nex 2926 90 70\n74\nChlorothalonil (ISO) (CAS RN 1897-45-6)\n0 %\n—\n31.12.2024\n0.3521\nex 2926 90 70\n75\nEthyl 2-cyano-2-ethyl-3-methylhexanoate (CAS RN 100453‐11‐0)\n0 %\n—\n31.12.2024\n0.3516\nex 2926 90 70\n80\nEthyl 2-cyano-2-phenylbutyrate (CAS RN 718-71-8)\n0 %\n—\n31.12.2023\n0.3514\nex 2926 90 70\n86\nEthylenediaminetetraacetonitrile (CAS RN 5766-67-6)\n0 %\n—\n31.12.2023\n0.3515\nex 2926 90 70\n89\nButyronitrile (CAS RN 109-74-0)\n0 %\n—\n31.12.2023\n0.2667\nex 2927 00 00\n10\n2,2'-Dimethyl-2,2'-azodipropionamidine dihydrochloride\n0 %\n—\n31.12.2023\n0.2665\nex 2927 00 00\n20\n4-Anilino-2-methoxybenzenediazonium hydrogen sulphate (CAS RN 36305‐05-2)\n0 %\n—\n31.12.2023\n0.7337\nex 2927 00 00\n25\n2,2'-azobis(4-methoxy-2,4-dimethylvaleronitrile) (CAS RN 15545-97-8)\n0 %\n—\n31.12.2022\n0.2810\nex 2927 00 00\n30\n4'-Aminoazobenzene-4-sulphonic acid (CAS RN 104-23-4)\n0 %\n—\n31.12.2023\n0.6306\nex 2927 00 00\n35\nC,C'-Azodi(formamide) (CAS RN 123-77-3) in the form of yellow powder with a decomposition temperature of 180°C or more but not more than 220 °C used as a foaming agent in the manufacture of thermoplastic resins, elastomer and cross-linked polythene foam\n0 %\n—\n31.12.2024\n0.3984\nex 2927 00 00\n60\n4,4'-Dicyano-4,4'-azodivaleric acid (CAS RN 2638-94-0)\n0 %\n—\n31.12.2023\n0.5626\nex 2927 00 00\n80\n4-[(2,5-Dichlorophenyl)azo]-3-hydroxy-2-naphthoic acid (CAS RN 51867‐77-7)\n0 %\n—\n31.12.2022\n0.2661\nex 2928 00 90\n10\n3,3'-Bis(3,5-di- tert -butyl-4-hydroxyphenyl)- N,N' -bipropionamide (CAS RN 32687-78-8)\n0 %\n—\n31.12.2023\n0.6479\nex 2928 00 90\n13\nCymoxanil (ISO) (CAS RN 57966-95-7)\n0 %\n—\n31.12.2024\n0.6548\nex 2928 00 90\n18\nAcetone oxime (CAS RN 127-06-0) of a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.6871\nex 2928 00 90\n23\nMetobromuron (ISO) (CAS RN 3060-89-7) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2020\n0.4929\nex 2928 00 90\n25\nAcetaldehyde oxime (CAS RN 107-29-9) in an aqueous solution\n0 %\n—\n31.12.2020\n0.6985\nex 2928 00 90\n28\nPentan-2-one oxime (CAS RN 623-40-5)\n0 %\n—\n31.12.2021\n0.5438\nex 2928 00 90\n30\nN -Isopropylhydroxylamine (CAS RN 5080-22-8)\n0 %\n—\n31.12.2021\n0.7448\nex 2928 00 90\n33\n4-Chlorophenylhydrazine Hydrochloride (CAS RN 1073-70-7)\n0 %\n—\n31.12.2023\n0.2659\nex 2928 00 90\n40\nO -Ethylhydroxylamine, in the form of an aqueous solution (CAS RN 624‐86-2)\n0 %\n—\n31.12.2023\n0.5919\nex 2928 00 90\n45\nTebufenozide (ISO) (CAS RN 112410-23-8)\n0 %\n—\n31.12.2023\n0.6635\nex 2928 00 90\n50\nAqueous solution of 2,2'-(hydroxyimino) bisethanesulphonic acid disodium salt (CAS RN 133986-51-3) with a content by weight of more than 33,5 % but not more than 36,5 %\n0 %\n—\n31.12.2020\n0.5918\nex 2928 00 90\n55\nAminoguanidinium hydrogen carbonate (CAS RN 2582-30-1)\n0 %\n—\n31.12.2023\n0.6364\nex 2928 00 90\n65\n2-Amino-3-(4-hydroxyphenyl) propanal semicarbazone hydrochloride\n0 %\n—\n31.12.2024\n0.4544\nex 2928 00 90\n70\nButanone oxime (CAS RN 96-29-7)\n0 %\n—\n31.12.2023\n0.5228\nex 2928 00 90\n75\nMetaflumizone (ISO) (CAS RN 139968-49-3)\n0 %\n—\n31.12.2021\n0.3510\nex 2928 00 90\n80\nCyflufenamid (ISO) (CAS RN 180409-60-3)\n0 %\n—\n31.12.2023\n0.5266\nex 2928 00 90\n85\nDaminozide (ISO) with a purity by weight of 99 % or more (CAS RN 1596-84-5)\n0 %\n—\n31.12.2021\n0.4714\nex 2929 10 00\n15\n3,3'-Dimethylbiphenyl-4,4'-diyl diisocyanate (CAS RN 91‐97‐4)\n0 %\n—\n31.12.2024\n0.5827\nex 2929 10 00\n20\nButyl isocyanate (CAS RN 111-36-4)\n0 %\n—\n31.12.2022\n0.2660\nex 2929 10 00\n40\nm -Isopropenyl- α,α -dimethylbenzyl isocyanate (CAS RN 2094‐99-7)\n0 %\n—\n31.12.2023\n0.2657\nex 2929 10 00\n50\nm -Phenylenediisopropylidene diisocyanate (CAS RN 2778-42-9)\n0 %\n—\n31.12.2023\n0.5033\nex 2929 10 00\n55\n2,5 (and 2,6)-Bis(isocyanatomethyl)bicyclo[2.2.1]heptane (CAS RN 74091-64-8)\n0 %\n—\n31.12.2022\n0.3509\nex 2929 10 00\n60\nTrimethylhexamethylene diisocyanate, mixed isomers\n0 %\n—\n31.12.2023\n0.4188\nex 2929 10 00\n80\n1,3-Bis(isocyanatomethyl)benzene (CAS RN 3634-83-1)\n0 %\n—\n31.12.2022\n0.4298\nex 2930 20 00\n10\nProsulfocarb (ISO) (CAS RN 52888-80-9)\n0 %\n—\n31.12.2022\n0.5278\nex 2930 20 00\n20\n2-Isopropylethylthiocarbamate (CAS RN 141-98-0)\n0 %\n—\n31.12.2021\n0.5035\nex 2930 90 98\n10\n2,3-Bis((2-mercaptoethyl)thio)-1-propanethiol (CAS RN 131538-00-6)\n0 %\n—\n31.12.2020\n0.7483\nex 2930 90 98\n12\n4,4'-Sulfonyldiphenol (CAS RN 80-09-1) used in the manufacture of polyarylsulfones or polyarylethersulfones\n0 %\n—\n31.12.2023\n0.5390\nex 2930 90 98\n13\nMercaptamine hydrochloride (CAS RN 156-57-0)\n0 %\n—\n31.12.2021\n0.2932\nex 2930 90 98\n15\nEthoprophos (ISO) (CAS RN 13194-48-4)\n0 %\n—\n31.12.2023\n0.6551\nex 2930 90 98\n16\n3-(Dimethoxymethylsilyl)-1-propanethiol (CAS RN 31001-77-1)\n0 %\n—\n31.12.2024\n0.5999\nex 2930 90 98\n17\n2-(3-Aminophenylsulphonyl)ethyl hydrogen sulphate (CAS RN 2494-88-4)\n0 %\n—\n31.12.2024\n0.7748\nex 2930 90 98\n18\nDimethyl sulfone (CAS RN 67-71-0)\n0 %\n—\n31.12.2024\n0.6768\nex 2930 90 98\n19\nN-(2-Methylsulfinyl-1,1-dimethyl-ethyl)-N'-{2-methyl-4-[1,2,2,2-tetrafluoro-1-(trifluoromethyl)ethyl]phenyl}phthalamide (CAS RN 371771-07-2)\n0 %\n—\n31.12.2020\n0.7799\nex 2930 90 98\n20\n4-(4-Methylphenylthio)benzophenone (CAS RN 83846-85-9)\n0 %\n—\n31.12.2024\n0.6750\nex 2930 90 98\n21\n[2,2'-Thio-bis(4- tert -octylphenolato)]-n-butylamine nickel (CAS RN 14516-71-3)\n0 %\n—\n31.12.2021\n0.6769\nex 2930 90 98\n22\nTembotrione (ISO) (CAS RN 335104-84-2) with a purity by weight of 94,5 % or more\n0 %\n—\n31.12.2020\n0.5899\nex 2930 90 98\n23\nDimethyl [(methylsulphanyl)methylylidene]biscarbamate (CAS RN 34840-23-8)\n0 %\n—\n31.12.2023\n0.7714\nex 2930 90 98\n24\nPhenyl vinyl sulfone (CAS RN 5535-48-8)\n0 %\n—\n31.12.2024\n0.2930\nex 2930 90 98\n25\nThiophanate-methyl (ISO) (CAS RN 23564-05-8)\n0 %\n—\n31.12.2023\n0.6873\nex 2930 90 98\n26\nFolpet (ISO)(CAS RN 133-07-3) with a purity by weight of 97,5 % or more\n0 %\n—\n31.12.2020\n0.6585\nex 2930 90 98\n27\n2-[(4-Amino-3-methoxyphenyl)sulphonyl]ethyl hydrogen sulphate (CAS RN 26672-22-0)\n0 %\n—\n31.12.2024\n0.7859\nex 2930 90 98\n29\n4-amino-5-(ethylsulfanyl)-2-methoxybenzoic acid (CAS RN 71675-86-0) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.2933\nex 2930 90 98\n30\n4-(4-Isopropoxyphenylsulphonyl)phenol (CAS RN 95235-30-6)\n0 %\n—\n31.12.2023\n0.7833\nex 2930 90 98\n31\n(p-toluenesulphonyl)methyl isocyanide (CAS RN 36635-61-7) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.6584\nex 2930 90 98\n33\n2-Amino-5-{[2-(sulfooxy)ethyl]sulfonyl}benzenesulfonIc acid (CAS RN 42986-22-1)\n0 %\n—\n31.12.2024\n0.3811\nex 2930 90 98\n35\nGlutathione (CAS RN 70-18-8)\n0 %\n—\n31.12.2021\n0.7682\nex 2930 90 98\n38\nAllyl isothiocyanate (CAS RN 57-06-7)\n0 %\n—\n31.12.2023\n0.2928\nex 2930 90 98\n40\n3,3'-Thiodi(propionic acid) (CAS RN 111-17-1)\n0 %\n—\n31.12.2023\n0.6167\nex 2930 90 98\n43\nTrimethylsulfoxonium iodide (CAS RN 1774-47-6)\n0 %\n—\n31.12.2023\n0.2931\nex 2930 90 98\n45\n2-[( p -Aminophenyl)sulphonyl]ethyl hydrogen sulphate (CAS RN 2494-89-5)\n0 %\n—\n31.12.2024\n0.7689\nex 2930 90 98\n50\n3-Mercaptopropionic acid (CAS RN 107-96-0)\n0 %\n—\n31.12.2023\n0.6617\nex 2930 90 98\n53\nBis(4-chlorophenyl) sulphone (CAS RN 80-07-9)\n0 %\n—\n31.12.2020\n0.5114\nex 2930 90 98\n55\nThiourea (CAS RN 62-56-6)\n0 %\n—\n31.12.2020\n0.6619\nex 2930 90 98\n57\nMethyl (methylthio)acetate (CAS RN 16630-66-3)\n0 %\n—\n31.12.2020\n0.2929\nex 2930 90 98\n60\nMethyl phenyl sulphide (CAS RN 100-68-5)\n0 %\n—\n31.12.2023\n0.4629\nex 2930 90 98\n64\n3-Chloro-2-methylphenyl methyl sulphide (CAS RN 82961‐52‐2)\n0 %\n—\n31.12.2024\n0.5034\nex 2930 90 98\n65\nPentaerythritol tetrakis(3-mercaptopropionate) (CAS RN 7575‐23-7)\n0 %\n—\n31.12.2022\n0.4296\nex 2930 90 98\n68\nClethodim (ISO) (CAS RN 99129-21-2)\n0 %\n—\n31.12.2022\n0.3986\nex 2930 90 98\n77\n4-[4-(2-Propenyloxy)phenylsulphonyl]phenol (CAS RN 97042‐18-7)\n0 %\n—\n31.12.2023\n0.4187\nex 2930 90 98\n78\n4-Mercaptomethyl-3,6-dithia-1,8-octanedithiol (CAS RN 131538-00-6)\n0 %\n—\n31.12.2021\n0.2999\nex 2930 90 98\n80\nCaptan (ISO) (CAS RN 133-06-2)\n0 %\n—\n31.12.2023\n0.4694\nex 2930 90 98\n81\nDisodium hexamethylene-1,6-bisthiosulfate dihydrate (CAS RN 5719-73-3)\n3 %\n—\n31.12.2024\n0.7037\nex 2930 90 98\n85\n2-Methyl-1-(methylthio)-2-propanamine (CAS RN 36567-04-1)\n0 %\n—\n31.12.2021\n0.4094\nex 2930 90 98\n89\nPotassium- or sodium-salt of O-ethyl-, O-isopropyl-, O-butyl-, O-isobutyl- or O-pentyl-dithiocarbonates\n0 %\n—\n31.12.2021\n0.7070\nex 2930 90 98\n93\n1-Hydrazino-3-(methylthio)propan-2-ol (CAS RN 14359-97-8)\n0 %\n—\n31.12.2021\n0.7078\nex 2930 90 98\n95\nN -(cyclohexylthio)phthalimide (CAS RN 17796-82-6)\n0 %\n—\n31.12.2021\n0.7086\nex 2930 90 98\n97\nDiphenyl sulphone (CAS RN 127-63-9)\n0 %\n—\n31.12.2021\n0.5741\nex 2931 39 90\n08\nSodium diisobutyldithiophosphinate (CAS RN 13360-78-6) in an aqueous solution\n0 %\n—\n31.12.2022\n0.5492\nex 2931 39 90\n13\nTrioctylphosphine oxide (CAS RN 78-50-2)\n0 %\n—\n31.12.2021\n0.6088\nex 2931 39 90\n23\nDi-tert-butylphosphane (CAS RN 819-19-2)\n0 %\n—\n31.12.2023\n0.5758\nex 2931 39 90\n25\n( Z )-Prop-1-en-1-ylphosphonic acid (CAS RN 25383-06-6)\n0 %\n—\n31.12.2022\n0.2656\nex 2931 39 90\n38\nN-(Phosphonomethyl)iminodiacetic acid (CAS RN 5994-61-6) containing by weight not more than 15 % of water, and with a dry weight purity of 97 % or more\n0 %\n—\n31.12.2024\n0.3497\nex 2931 39 90\n30\nBis(2,4,4-trimethylpentyl)phosphinic acid (CAS RN 83411-71-6)\n0 %\n—\n31.12.2023\n0.7533\nex 2931 39 90\n35\nEthyl phenyl(2,4,6-trimethylbenzoyl)phosphinate (CAS RN 84434-11-7)\n0 %\n—\n31.12.2023\n0.5229\nex 2931 39 90\n40\nTetrakis(hydroxymethyl)phosphonium chloride (CAS RN 124‐64-1)\n0 %\n—\n31.12.2021\n0.4433\nex 2931 39 90\n45\nDiphenyl(2,4,6-trimethylbenzoyl)phosphine oxide (CAS RN 75980-60-8)\n0 %\n—\n31.12.2023\n0.3492\nex 2931 39 90\n48\nTetrabutylphosphonium acetate in the form of an aqueous solution (CAS RN 30345-49-4)\n0 %\n—\n31.12.2024\n0.7709\nex 2931 39 90\n50\n2-Chloroethylphosphonic acid (CAS RN 16672-87-0) solid or in aqueous solution, with a content by weight of 2‐Chloroethylphosphonic acid of 65 % or more\n0 %\n—\n31.12.2024\n0.3987\nex 2931 39 90\n55\n3-(Hydroxyphenylphosphinoyl)propionic acid (CAS RN 14657‐64-8)\n0 %\n—\n31.12.2023\n0.6608\nex 2931 39 90\n57\nTrimethyl phosphonoacetate (CAS RN 5927-18-4)\n0 %\n—\n31.12.2020\n0.3504\nex 2931 90 00\n03\nButylethylmagnesium (CAS RN 62202-86-2), in the form of a solution in heptane\n0 %\n—\n31.12.2023\n0.4905\nex 2931 90 00\n05\nDiethylmethoxyborane (CAS RN 7397-46-8), whether or not in the form of a solution in tetrahydrofuran according to note 1e to Chapter 29 of the CN\n0 %\n—\n31.12.2020\n0.7354\nex 2931 90 00\n10\n(3-fluoro-5-isobutoxyphenyl)boronic acid (CAS RN 850589‐57‐0)\n0 %\n—\n31.12.2022\n0.4515\nex 2931 90 00\n15\nMethylcyclopentadienyl manganese tricarbonyl (CAS RN 12108-13-3) containing not more than 4,9 % by weight of cyclopentadienyl manganese tricarbonyl\n0 %\n—\n31.12.2024\n0.7320\nex 2931 90 00\n20\nFerrocene (CAS RN 102-54-5)\n0 %\n—\n31.12.2022\n0.3499\nex 2931 90 00\n33\nDimethyl[dimethylsilyldiindenyl]hafnium (CAS RN 220492‐55‐7)\n0 %\n—\n31.12.2024\n0.2654\nex 2931 90 00\n35\nN,N -Dimethylanilinium tetrakis(pentafluorophenyl)borate (CAS RN 118612-00-3)\n0 %\n—\n31.12.2024\n0.4121\nex 2931 90 00\n50\nTrimethylsilane (CAS RN 993-07-7)\n0 %\n—\n31.12.2021\n0.6916\nex 2931 90 00\n60\n4-Chloro-2-fluoro-3-methoxyphenylboronic acid (CAS RN 944129-07-1)\n0 %\n—\n31.12.2020\n0.6917\nex 2931 90 00\n63\nChloroethenyldimethylsilane (CAS RN 1719-58-0)\n0 %\n—\n31.12.2020\n0.6946\nex 2931 90 00\n65\nBis(4-tert-butylphenyl)iodonium hexafluorophosphate (CAS RN 61358‐25‐6)\n0 %\n—\n31.12.2020\n0.6928\nex 2931 90 00\n67\nDimethyltin dioleate (CAS RN 3865-34-7)\n0 %\n—\n31.12.2020\n0.6795\nex 2931 90 00\n70\n(4-Propylphenyl)boronic acid (CAS RN 134150-01-9)\n0 %\n—\n31.12.2020\n0.3486\nex 2932 13 00\n10\nTetrahydrofurfuryl alcohol (CAS RN 97-99-4)\n0 %\n—\n31.12.2023\n0.4590\nex 2932 14 00\n10\n1,6-Dichloro-1,6-dideoxy- β -D-fructofuranosyl-4-chloro-4-deoxy- α -D-galactopyranoside (CAS RN 56038-13-2)\n0 %\n—\n31.12.2024\n0.6787\nex 2932 19 00\n20\nTetrahydrofuran-borane (CAS RN 14044-65-6)\n0 %\n—\n31.12.2020\n0.3488\nex 2932 19 00\n40\nFuran (CAS RN 110-00-9) of a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.4514\nex 2932 19 00\n41\n2,2 Di(tetrahydrofuryl)propane (CAS RN 89686-69-1)\n0 %\n—\n31.12.2024\n0.7614\nex 2932 19 00\n65\nTefuryltrione (ISO) (CAS RN 473278-76-1)\n0 %\n—\n31.12.2023\n0.3487\nex 2932 19 00\n70\nFurfurylamine (CAS RN 617-89-0)\n0 %\n—\n31.12.2024\n0.3611\nex 2932 19 00\n75\nTetrahydro-2-methylfuran (CAS RN 96-47-9)\n0 %\n—\n31.12.2023\n0.5240\nex 2932 19 00\n80\n5-Nitrofurfurylidene di(acetate) (CAS RN 92-55-7)\n0 %\n—\n31.12.2021\n0.2775\nex 2932 20 90\n10\n2'-Anilino-6'-[ethyl(isopentyl)amino]-3'-methylspiro[isobenzofuran-1(3 H ),9'-xanthen]-3-one (CAS RN 70516-41-5)\n0 %\n—\n31.12.2023\n0.5257\nex 2932 20 90\n15\nCoumarin (CAS RN 91-64-5)\n0 %\n—\n31.12.2021\n0.5611\nex 2932 20 90\n40\n( S )-(–)-α-Amino-γ-butyrolactone hydrobromide (CAS RN 15295-77-9)\n0 %\n—\n31.12.2022\n0.6094\nex 2932 20 90\n45\n2,2-Dimethyl-1,3-dioxane-4,6-dione (CAS RN 2033-24-1)\n0 %\n—\n31.12.2023\n0.7283\nex 2932 20 90\n50\nL-Lactide (CAS RN 4511-42-6) or D-Lactide (CAS RN 13076‐17-0) or dilactide (CAS RN 95-96-5)\n0 %\n—\n31.12.2022\n0.7838\nex 2932 20 90\n53\n(R)-4-propyldihydrofuran-2(3H)-one (CAS RN 63095-51-2) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.2765\nex 2932 20 90\n55\n6-Dimethylamino-3,3-bis(4-dimethylaminophenyl)phthalide (CAS RN 1552-42-7)\n0 %\n—\n31.12.2023\n0.4162\nex 2932 20 90\n60\n6'-(Diethylamino)-3'-methyl-2'-(phenylamino)-spiro[isobenzofuran-1(3 H ),9'-[9 H ]xanthen]-3-one (CAS RN 29512-49-0)\n0 %\n—\n31.12.2021\n0.7812\nex 2932 20 90\n63\nSelamectin (INN) 5Z-isomer (CAS RN 220119-17-5)\n0 %\n—\n31.12.2024\n0.6620\nex 2932 20 90\n65\nSodium 4-(methoxycarbonyl)-5-oxo-2,5-dihydrofuran-3-olate (CAS RN 1134960-41-0)\n0 %\n—\n31.12.2020\n0.4161\nex 2932 20 90\n71\n6'-(Dibutylamino)-3'-methyl-2'-(phenylamino)-spiro[isobenzofuran-1(3 H ),9'-[9 H ]xanthen]-3-one (CAS RN 89331-94-2)\n0 %\n—\n31.12.2021\n0.7599\nex 2932 20 90\n75\n3-Acetyl-6-methyl-2 H -pyran-2, 4(3 H )-dione (CAS RN 520‐45‐6)\n0 %\n—\n31.12.2023\n0.3990\nex 2932 20 90\n80\nGibberellic acid with a minimum purity by weight of 88 % (CAS RN 77‐06‐5)\n0 %\n—\n31.12.2023\n0.4403\nex 2932 20 90\n84\nDecahydro-3a,6,6,9a-tetramethylnaphth [2,1-b] furan-2 (1H)-one (CAS RN 564-20-5)\n0 %\n—\n31.12.2023\n0.3610\nex 2932 99 00\n10\nBendiocarb (ISO) (CAS RN 22781-23-3)\n0 %\n—\n31.12.2023\n0.7202\nex 2932 99 00\n13\n(4-Chloro-3-(4-ethoxybenzyl)phenyl)((3aS,5R,6S,6aS)-6-hydroxy 2,2-dimethyltetrahydrofuro[2,3-d][1,3]dioxol-5-yl)methanone (CAS RN 1103738-30-2)\n0 %\n—\n31.12.2021\n0.5269\nex 2932 99 00\n15\n1,3,4,6,7,8-Hexahydro-4,6,6,7,8,8-hexamethylindeno[5,6-c]pyran (CAS RN 1222-05-5)\n0 %\n—\n31.12.2021\n0.7178\nex 2932 99 00\n18\n4-(4-Bromo-3-((tetrahydro-2H-pyran-2-yloxy)methyl)phenoxy)benzonitrile (CAS RN 943311-78-2)\n0 %\n—\n31.12.2021\n0.5387\nex 2932 99 00\n20\nEthyl-2-methyl-1,3-dioxolane-2-acetate (CAS RN 6413-10-1)\n0 %\n—\n31.12.2021\n0.7431\nex 2932 99 00\n23\n2-ethyl-3-hydroxy-4-pyrone (CAS RN 4940-11-8)\n0 %\n—\n31.12.2022\n0.5759\nex 2932 99 00\n25\n1-(2,2-Difluorobenzo[d][1,3]dioxol-5-yl)cyclopropanecarboxylic acid (CAS RN 862574-88-7)\n0 %\n—\n31.12.2022\n0.7639\nex 2932 99 00\n27\n(2-Butyl-3-benzofuranyl)(4-hydroxy-3,5-diiodophenyl)methanone (CAS RN 1951-26-4)\n0 %\n—\n31.12.2023\n0.7535\nex 2932 99 00\n33\n3-hydroxy-2-methyl-4-pyrone (CAS RN 118-71-8)\n0 %\n—\n31.12.2023\n0.7855\nex 2932 99 00\n37\n4-(2-butyl-1-benzofuran-3-carbonyl)-2,6-diiodophenol (CAS RN 1951-26-4) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.6243\nex 2932 99 00\n43\nEthofumesate (ISO) (CAS RN 26225-79-6) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2024\n0.5915\nex 2932 99 00\n45\n2-Butylbenzofuran (CAS RN 4265-27-4)\n0 %\n—\n31.12.2024\n0.7766\nex 2932 99 00\n47\n12H-[1]Benzofuro[3,2-c][1]benzoxepin-6-one (CAS RN 28763‐77-1)\n0 %\n—\n31.12.2024\n0.4907\nex 2932 99 00\n50\n7-Methyl-3,4-dihydro-2 H -1,5-benzodioxepin-3-one (CAS RN 28940-11-6)\n0 %\n—\n31.12.2020\n0.6113\nex 2932 99 00\n53\n1,3-Dihydro-1,3-dimethoxyisobenzofurane (CAS RN 24388‐70‐3)\n0 %\n—\n31.12.2023\n0.6771\nex 2932 99 00\n65\n4,4-Dimethyl-3,5,8-trioxabicyclo[5,1,0]octane (CAS RN 57280‐22-5)\n0 %\n—\n31.12.2020\n0.4105\nex 2932 99 00\n70\n1,3:2,4- bis - O -Benzylidene- D -glucitol (CAS RN 32647-67-9)\n0 %\n—\n31.12.2021\n0.4063\nex 2932 99 00\n75\n3-(3,4-Methylenedioxyphenyl)-2-methylpropanal (CAS RN 1205-17-0)\n0 %\n—\n31.12.2021\n0.4106\nex 2932 99 00\n80\n1,3:2,4- bis - O -(4-Methylbenzylidene)- D -glucitol (CAS RN 81541-12-0)\n0 %\n—\n31.12.2023\n0.3697\nex 2932 99 00\n85\n1,3:2,4-bis-O-(3,4-dimethylbenzylidene)-D-glucitol (CAS RN 135861-56-2)\n0 %\n—\n31.12.2023\n0.7903\nex 2933 19 90\n13\n3-(Difluoromethyl)-5-fluoro-1-methyl-1H-pyrazole-4-carbonyl fluoride (CAS RN 1255735-07-9) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.6262\nex 2933 19 90\n15\nPyrasulfotole (ISO) (CAS RN 365400-11-9) with a purity by weight of 96 % or more\n0 %\n—\n31.12.2024\n0.7835\nex 2933 19 90\n17\n1,3-dimethyl-1H-pyrazole (CAS RN 694-48-4) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.7918\nex 2933 19 90\n23\nFluindapyr (ISO) (CAS RN 1383809-87-7) with a purity by weight of 96 % or more\n0 %\n—\n31.12.2024\n0.6261\nex 2933 19 90\n25\n3-Difluoromethyl-1-methyl-1H-pyrazole-4-carboxylic acid (CAS RN 176969-34-9)\n0 %\n—\n31.12.2024\n0.7836\nex 2933 19 90\n27\n3-(3,3,3-trifluoro-2,2-dimethylpropoxy)-1H-pyrazole-4-carboxylic acid (CAS RN 2229861-20-3) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.3699\nex 2933 19 90\n30\n3-Methyl-1- p -tolyl-5-pyrazolone (CAS RN 86-92-0)\n0 %\n—\n31.12.2023\n0.6626\nex 2933 19 90\n35\n1,3-Dimethyl-5-fluoro-1H-pyrazole-4-carbonyl fluoride (CAS RN 191614-02-5)\n0 %\n—\n31.12.2020\n0.3877\nex 2933 19 90\n40\nEdaravone (INN) (CAS RN 89-25-8)\n0 %\n—\n31.12.2023\n0.7119\nex 2933 19 90\n45\n5-Amino-1-[2,6-dichloro-4-(trifluoromethyl)phenyl]-1H-pyrazole-3-carbonitrile (CAS RN 120068-79-3)\n0 %\n—\n31.12.2021\n0.3992\nex 2933 19 90\n50\nFenpyroximate (ISO) (CAS RN 134098-61-6)\n0 %\n—\n31.12.2024\n0.7182\nex 2933 19 90\n55\n5-Methyl-1-(naphthalen-2-yl)-1,2-dihydro-3H-pyrazol-3-one (CAS RN 1192140-15-0)\n0 %\n—\n31.12.2021\n0.4494\nex 2933 19 90\n60\nPyraflufen-ethyl (ISO) (CAS RN 129630-19-9)\n0 %\n—\n31.12.2024\n0.7576\nex 2933 19 90\n65\n4-Bromo-1-(1-ethoxyethyl)-1H-pyrazole (CAS RN 1024120‐52‐2)\n0 %\n—\n31.12.2023\n0.4404\nex 2933 19 90\n70\n4,5-Diamino-1-(2-hydroxyethyl)-pyrazolsulphate (CAS RN 155601-30-2)\n0 %\n—\n31.12.2023\n0.7811\nex 2933 19 90\n33\nFipronil (ISO) (CAS RN 120068-37-3) with a purity by weight of 95 % or more for the use in the manufacture of veterinary medicine\n0 %\n—\n31.12.2024\n0.4084\nex 2933 21 00\n50\n1-Bromo-3-chloro-5,5-dimethylhydantoin (CAS RN 16079-88-2) / (CAS RN 32718-18-6)\n0 %\n—\n31.12.2021\n0.6835\nex 2933 21 00\n55\n1-Aminohydantoin hydrochloride (CAS RN 2827-56-7)\n0 %\n—\n31.12.2020\n0.4088\nex 2933 21 00\n60\nDL- p -Hydroxyphenylhydantoin (CAS RN 2420-17-9)\n0 %\n—\n31.12.2021\n0.5115\nex 2933 21 00\n80\n5,5-Dimethylhydantoin (CAS RN 77-71-4)\n0 %\n—\n31.12.2020\n0.5972\nex 2933 29 90\n15\nEthyl 4-(1-hydroxy-1-methylethyl)-2-propylimidazole-5-carboxylate (CAS RN 144689-93-0)\n0 %\n—\n31.12.2023\n0.7527\nex 2933 29 90\n18\n2-(2-chlorophenyl)-1-[2-(2-chlorophenyl)-4,5-diphenyl-2H-imidazol-2-yl]-4,5-diphenyl-1H-imidazole (CAS RN 7189-82-4)\n0 %\n—\n31.12.2023\n0.5920\nex 2933 29 90\n25\nProchloraz (ISO) (CAS RN 67747-09-5)\n0 %\n—\n31.12.2023\n0.5921\nex 2933 29 90\n45\nProchloraz copper chloride (ISO) (CAS RN 156065-03-1)\n0 %\n—\n31.12.2023\n0.2752\nex 2933 29 90\n50\n1,3-Dimethylimidazolidin-2-one (CAS RN 80-73-9)\n0 %\n—\n31.12.2023\n0.6263\nex 2933 29 90\n55\nFenamidone (ISO) (CAS RN 161326-34-7) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2024\n0.5215\nex 2933 29 90\n60\n1-Cyano-2-methyl-1-[2-(5-methylimidazol-4-ylmethylthio)ethyl]isothiourea (CAS RN 52378-40-2)\n0 %\n—\n31.12.2021\n0.6758\nex 2933 29 90\n65\n(S)-tert-Butyl 2-(5-bromo-1H-imidazol-2-yl)pyrrolidine-1-carboxylate (CAS RN 1007882-59-8)\n0 %\n—\n31.12.2020\n0.5470\nex 2933 29 90\n70\nCyazofamid (ISO) (CAS RN 120116-88-3)\n0 %\n—\n31.12.2021\n0.7120\nex 2933 29 90\n75\n2,2'-Azobis[2-(2-imidazolin-2-yl)propane] dihydrochloride (CAS RN 27776-21-2)\n0 %\n—\n31.12.2021\n0.5821\nex 2933 29 90\n80\nImazalil (ISO) (CAS RN 35554-44-0)\n0 %\n—\n31.12.2022\n0.6415\n2933 39 50\nFluroxypyr (ISO) methyl ester (CAS RN 69184-17-4)\n0 %\n—\n31.12.2024\n0.7186\nex 2933 39 99\n10\n2-Aminopyridin-4-ol hydrochloride (CAS RN 1187932-09-7)\n0 %\n—\n31.12.2021\n0.6462\nex 2933 39 99\n11\n2-(Chloromethyl)-4-(3-methoxypropoxy)-3-methylpyridine hydrochloride(CAS RN 153259-31-5)\n0 %\n—\n31.12.2024\n0.5608\nex 2933 39 99\n12\n2,3-Dichloropyridine (CAS RN 2402-77-9)\n0 %\n—\n31.12.2022\n0.6756\nex 2933 39 99\n13\nMethyl (1S,3S,4R)-2-[(1R)-1-phenylethyl]-2-azabicyclo[2.2.1]hept-5-ene-3-carboxylate (CAS RN 130194‐96‐6)\n0 %\n—\n31.12.2020\n0.6812\nex 2933 39 99\n14\nN,4-Dimethyl-1-(phenylmethyl)- 3-piperidinamine hydrochloride (1:2) (CAS RN 1228879-37-5)\n0 %\n—\n31.12.2020\n0.6788\nex 2933 39 99\n16\nMethyl (2S,5R)-5-[(benzyloxy)amino]piperidine-2-carboxylate dihydrochloride (CAS RN 1501976-34-6)\n0 %\n—\n31.12.2020\n0.6941\nex 2933 39 99\n17\n3,5-Dimethylpyridine (CAS RN 591-22-0)\n0 %\n—\n31.12.2020\n0.6902\nex 2933 39 99\n19\nMethyl nicotinate (INNM) (CAS RN 93-60-7)\n0 %\n—\n31.12.2020\n0.4842\nex 2933 39 99\n20\nCopper pyrithione powder (CAS RN 14915-37-8)\n0 %\n—\n31.12.2020\n0.6545\nex 2933 39 99\n21\nBoscalid (ISO) (CAS RN 188425-85-6)\n0 %\n—\n31.12.2024\n0.6900\nex 2933 39 99\n23\n2-Chloro-3-cyanopyridine (CAS RN 6602-54-6)\n0 %\n—\n31.12.2020\n0.4594\nex 2933 39 99\n24\n2-Chloromethyl-4-methoxy-3,5-dimethylpyridine hydrochloride (CAS RN 86604-75-3)\n0 %\n—\n31.12.2024\n0.3604\nex 2933 39 99\n25\nImazethapyr (ISO) (CAS RN 81335-77-5)\n0 %\n—\n31.12.2023\n0.6813\nex 2933 39 99\n26\n2-[4-(Hydrazinylmethyl)phenyl]-pyridine dihydrochloride (CAS RN 1802485-62-6)\n0 %\n—\n31.12.2020\n0.7091\nex 2933 39 99\n27\nPyridine-2,6-dicarboxylic acid (CAS RN 499-83-2)\n0 %\n—\n31.12.2021\n0.6368\nex 2933 39 99\n28\nEthyl-3-[(3-amino-4-methylamino-benzoyl)-pyridin-2-yl-amino]-propionate (CAS RN 212322-56-0)\n0 %\n—\n31.12.2024\n0.6966\nex 2933 39 99\n29\n3,5-Dichloro-2-cyanopyridine (CAS RN 85331-33-5)\n0 %\n—\n31.12.2021\n0.6458\nex 2933 39 99\n31\n2-(Chloromethyl)-3-methyl-4-(2,2,2-trifluoroethoxy)pyridine hydrochloride(CAS RN 127337-60-4)\n0 %\n—\n31.12.2024\n0.5241\nex 2933 39 99\n32\n2-(Chloromethyl)-3,4-dimethoxypyridine hydrochloride (CAS RN 72830-09-2)\n0 %\n—\n31.12.2021\n0.7181\nex 2933 39 99\n33\n5-(3-chlorophenyl)-3-methoxypyridine-2-carbonitrile (CAS RN 1415226-39-9)\n0 %\n—\n31.12.2021\n0.3878\nex 2933 39 99\n35\nAminopyralid (ISO) (CAS RN 150114-71-9)\n0 %\n—\n31.12.2023\n0.7296\nex 2933 39 99\n36\n1-[2-[5-Methyl-3-(trifluoromethyl)-1H-pyrazol-1-yl]acetyl]piperidine-4-carbothioamide (CAS RN 1003319-95-6)\n0 %\n—\n31.12.2022\n0.5230\nex 2933 39 99\n37\nAqueous solution of pyridine-2-thiol-1-oxide, sodium salt (CAS RN 3811-73-2)\n0 %\n—\n31.12.2021\n0.7348\nex 2933 39 99\n38\n(2-chloropyridin-3-yl) methanol (CAS RN 42330-59-6)\n0 %\n—\n31.12.2022\n0.7349\nex 2933 39 99\n39\n2,6-dichloropyridine-3-carboxamide (CAS RN 62068-78-4)\n0 %\n—\n31.12.2022\n0.7184\nex 2933 39 99\n41\n2-chloro-6-(3-fluoro-5-isobutoxyphenyl)nicotinic acid (CAS RN 1897387-01-7)\n0 %\n—\n31.12.2021\n0.7121\nex 2933 39 99\n46\nFluopicolide (ISO) (CAS RN 239110-15-7) with a content by weight of 97 % or more\n0 %\n—\n31.12.2021\n0.4706\nex 2933 39 99\n47\n(-)- trans -4-(4'-Fluorophenyl)-3-hydroxymethyl- N -methylpiperidine (CAS RN 105812-81-5)\n0 %\n—\n31.12.2021\n0.4749\nex 2933 39 99\n48\nFlonicamid (ISO) (CAS RN 158062-67-0)\n0 %\n—\n31.12.2024\n0.7352\nex 2933 39 99\n51\n2,5-Dichloro-4,6-dimethylnicotinonitrile (CAS RN 91591-63-8)\n0 %\n—\n31.12.2022\n0.5610\nex 2933 39 99\n52\n6-Chloro-3-nitropyridin-2-ylamine (CAS RN 27048-04-0)\n0 %\n—\n31.12.2023\n0.7456\nex 2933 39 99\n54\n4-methyl-2-pyridylamine (CAS RN 695-34-1)\n0 %\n—\n31.12.2023\n0.4646\nex 2933 39 99\n55\nPyriproxyfen (ISO) (CAS RN 95737-68-1) of a purity by weight of 97 % or more\n0 %\n—\n31.12.2024\n0.5760\nex 2933 39 99\n57\nTert -butyl 3-(6-amino-3-methylpyridin-2-yl)benzoate (CAS RN 1083057-14-0)\n0 %\n—\n31.12.2022\n0.7598\nex 2933 39 99\n59\nChlorpyrifos-Methyl (ISO) (CAS RN 5598-13-0)\n0 %\n—\n31.12.2023\n0.2750\nex 2933 39 99\n60\n2-Fluoro-6-(trifluoromethyl)pyridine (CAS RN 94239-04-0)\n0 %\n—\n31.12.2023\n0.7584\nex 2933 39 99\n61\n6-Bromopyridin-2-amine (CAS RN 19798-81-3)\n0 %\n—\n31.12.2023\n0.7577\nex 2933 39 99\n62\nEthyl 2,6-Dichloronicotinate (CAS RN 58584-86-4)\n0 %\n—\n31.12.2023\n0.7617\nex 2933 39 99\n64\nMethyl 1-(3-chloropyridin-2-yl)-3-hydroxymethyl-1H-pyrazole-5-carboxylate (CAS RN 960316-73-8)\n0 %\n—\n31.12.2023\n0.3602\nex 2933 39 99\n65\nAcetamiprid (ISO) (CAS RN 135410-20-7)\n0 %\n—\n31.12.2023\n0.5946\nex 2933 39 99\n67\n(1R,3S,4S)-tert-Butyl 3-(6-bromo-1H-benzo[d]imidazol-2-yl)-2-azabicyclo[2.2.1]heptane-2-carboxylate (CAS RN 1256387‐74‐2)\n0 %\n—\n31.12.2023\n0.7616\nex 2933 39 99\n68\n1-(3-Chloropyridin-2-yl)-3-[[5-(trifluoromethyl)-2H-tetrazol-2-yl]methyl]-1H-pyrazole-5-carboxylic acid (CAS RN 1352319‐02-8) with a purity by weight of 85 % or more\n0 %\n—\n31.12.2023\n0.5494\nex 2933 39 99\n70\n2,3-Dichloro-5-trifluoromethylpyridine (CAS RN 69045-84-7)\n0 %\n—\n31.12.2021\n0.7704\nex 2933 39 99\n71\nDiflufenican (ISO) (CAS RN 83164-33-4)\n0 %\n—\n31.12.2024\n0.5462\nex 2933 39 99\n72\n5,6-Dimethoxy-2-[(4-piperidinyl)methyl]indan-1-one (CAS RN 120014-30-4)\n0 %\n—\n31.12.2021\n0.7737\nex 2933 39 99\n73\n6-Chloro-4-(4-fluoro-2-methylphenyl)pyridin-3-amine hydrochloride\n0 %\n—\n31.12.2024\n0.7844\nex 2933 39 99\n74\n4-Aminopyridine-2-carboxamide (CAS RN 100137-47-1) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.7813\nex 2933 39 99\n76\nApalutamide (INN) (CAS RN 956104-40-8)\n0 %\n—\n31.12.2024\n0.5922\nex 2933 39 99\n77\nImazamox (ISO) (CAS RN 114311-32-9)\n0 %\n—\n31.12.2023\n0.7818\nex 2933 39 99\n78\nNiraparib tosylate monohydrate (INNM) (CAS RN 1613220‐15‐7)\n0 %\n—\n31.12.2024\n0.7754\nex 2933 39 99\n79\nAvibactam (INN) – sodium (CAS RN 1192491-61-4)\n0 %\n—\n31.12.2024\n0.7906\nex 2933 39 99\n81\n4-Hydroxy-3-pyridinesulphonic acid (CAS RN 51498-37-4) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.7866\nex 2933 39 99\n82\nPicloram (ISO) (CAS RN 1918-02-1) containing by weight not more than 15 % of water and with a purity by dry weight of 92 % or more\n0 %\n—\n31.12.2024\n0.5129\nex 2933 39 99\n85\n2-Chloro-5-chloromethylpyridine (CAS RN 70258-18-3)\n0 %\n—\n31.12.2020\n0.3603\nex 2933 49 10\n10\nQuinmerac (ISO) (CAS RN 90717-03-6)\n0 %\n—\n31.12.2023\n0.4525\nex 2933 49 10\n20\n3-Hydroxy-2-methylquinoline-4-carboxylic acid (CAS RN 117‐57-7)\n0 %\n—\n31.12.2023\n0.5761\nex 2933 49 10\n30\nEthyl 4-oxo-1,4-dihydroquinoline-3-carboxylate (CAS RN 52980-28-6)\n0 %\n—\n31.12.2022\n0.6339\nex 2933 49 10\n40\n4,7-Dichloroquinoline (CAS RN 86-98-6)\n0 %\n—\n31.12.2024\n0.6773\nex 2933 49 10\n50\n1-Cyclopropyl-6,7,8-trifluoro-1,4-dihydro-4-oxo-3-quinolinecarboxylic acid (CAS RN 94695-52-0)\n0 %\n—\n31.12.2020\n0.7500\nex 2933 49 10\nex 2933 49 90\n60\n65\nRoxadustat (INN) (CAS RN 808118-40-3)\n0 %\n—\n31.12.2023\n0.7098\nex 2933 49 90\n25\nCloquintocet-mexyl (ISO) (CAS RN 99607-70-2)\n0 %\n—\n31.12.2021\n0.4927\nex 2933 49 90\n30\nQuinoline (CAS RN 91-22-5)\n0 %\n—\n31.12.2020\n0.4926\nex 2933 49 90\n40\nIsoquinoline (CAS RN 119-65-3)\n0 %\n—\n31.12.2020\n0.7524\nex 2933 49 90\n45\n6,7-Dimethoxy-3,4- dihydroisoquinoline hydrochloride (CAS RN 20232‐39‐7)\n0 %\n—\n31.12.2023\n0.3880\nex 2933 49 90\n70\nQuinolin-8-ol (CAS RN 148-24-3)\n0 %\n—\n31.12.2023\n0.6087\nex 2933 49 90\n80\nEthyl 6,7,8-trifluoro-1-[formyl(methyl)amino]-4-oxo-1,4-dihydroquinoline-3-carboxylate (CAS RN 100276-65-1)\n0 %\n—\n31.12.2020\n0.4043\nex 2933 52 00\n10\nMalonylurea (barbituric acid) (CAS RN 67-52-7)\n0 %\n—\n31.12.2021\n0.7631\nex 2933 54 00\n10\n5,5'-(1,2-diazenediyl)bis [2,4,6 (1H, 3H, 5H)-pyrimidinetrione] (CAS RN 25157-64-6)\n0 %\n—\n31.12.2023\n0.6468\nex 2933 59 95\n10\n6-Amino-1,3-dimethyluracil (CAS RN 6642-31-5)\n0 %\n—\n31.12.2024\n0.6151\nex 2933 59 95\n13\n2-Diethylamino-6-hydroxy-4-methylpyrimidine (CAS RN 42487-72-9)\n0 %\n—\n31.12.2023\n0.2578\nex 2933 59 95\n15\nSitagliptin phosphate monohydrate (CAS RN 654671-77-9)\n0 %\n—\n31.12.2023\n0.6895\nex 2933 59 95\n18\n1-Methyl-3-phenylpiperazine (CAS RN 5271-27-2)\n0 %\n—\n31.12.2020\n0.2745\nex 2933 59 95\n20\n2,4-Diamino-6-chloropyrimidine (CAS RN 156-83-2)\n0 %\n—\n31.12.2023\n0.6763\nex 2933 59 95\n21\nN-(2-oxo-1,2-dihydropyrimidin-4-yl)benzamide (CAS RN 26661-13-2)\n0 %\n—\n31.12.2020\n0.7370\nex 2933 59 95\n22\n6-chloro-1,3-dimethyluracil (CAS RN 6972-27-6)\n0 %\n—\n31.12.2022\n0.7345\nex 2933 59 95\n24\n1-(Cyclopropylcarbonyl)piperazine hydrochloride (CAS RN 1021298-67-8)\n0 %\n—\n31.12.2022\n0.7392\nex 2933 59 95\n26\n5-Fluoro-4-hydrazino-2-methoxypyrimidine (CAS RN 166524‐64-7)\n0 %\n—\n31.12.2022\n0.5912\nex 2933 59 95\n27\n2-[(2-Amino-6-oxo-1,6-dihydro-9H-purin-9-yl)methoxy]-3-hydroxypropylacetate (CAS RN 88110-89-8)\n0 %\n—\n31.12.2023\n0.7810\nex 2933 59 95\n28\n6,8-Difluoro-1-(methylamino)-7-(4-methylpiperazin-1-yl)-4-oxo-1,4-dihydroquinoline-3-carboxylic acid (CAS RN 100276-37-7)\n0 %\n—\n31.12.2024\n0.3600\nex 2933 59 95\n30\nMepanipyrim (ISO) (CAS RN 110235-47-7)\n0 %\n—\n31.12.2023\n0.6240\nex 2933 59 95\n33\n4,6-Dichloro-5-fluoropyrimidine (CAS RN 213265-83-9)\n0 %\n—\n31.12.2024\n0.6419\nex 2933 59 95\n37\n6-Iodo-3-propyl-2-thioxo-2,3-dihydroquinazolin-4(1H)-one (CAS RN 200938-58-5)\n0 %\n—\n31.12.2024\n0.4704\nex 2933 59 95\n45\n1-[3-(Hydroxymethyl)pyridin-2-yl]-4-methyl-2-phenylpiperazine (CAS RN 61337-89-1)\n0 %\n—\n31.12.2024\n0.6677\nex 2933 59 95\n47\n6-Methyl-2-oxoperhydropyrimidin-4-ylurea (CAS RN 1129‐42‐6) with a purity of 94 % or more\n0 %\n—\n31.12.2020\n0.4699\nex 2933 59 95\n50\n2-(2-Piperazin-1-ylethoxy)ethanol (CAS RN 13349-82-1)\n0 %\n—\n31.12.2024\n0.6607\nex 2933 59 95\n53\n5-Fluoro-2-methoxypyrimidin-4(3H)-one (CAS RN 1480-96-2)\n0 %\n—\n31.12.2020\n0.6606\nex 2933 59 95\n57\n5,7-Dimethoxy(1,2,4)triazolo(1,5-a)pyrimidin-2-amine (CAS RN 13223-43-3)\n0 %\n—\n31.12.2020\n0.2744\nex 2933 59 95\n60\n2,6-Dichloro-4,8-dipiperidinopyrimido[5,4- d ]pyrimidine (CAS RN 7139-02-8)\n0 %\n—\n31.12.2023\n0.7578\nex 2933 59 95\n63\n1-(3-Chlorophenyl) piperazine (CAS RN 6640-24-0)\n0 %\n—\n31.12.2023\n0.4772\nex 2933 59 95\n65\n1-Chloromethyl-4-fluoro-1,4-diazoniabicyclo[2.2.2]octane bis(tetrafluoroborate) (CAS RN 140681-55-6)\n0 %\n—\n31.12.2024\n0.7825\nex 2933 59 95\n68\nGuanine (CAS RN 73-40-5) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.2735\nex 2933 59 95\n70\nN -(4-Ethyl-2,3-dioxopiperazin-1-ylcarbonyl)-D-2-phenylglycine (CAS RN 63422-71-9)\n0 %\n—\n31.12.2023\n0.5542\nex 2933 59 95\n77\n3-(Trifluoromethyl)-5,6,7,8-tetrahydro[1,2,4]triazolo[4,3-a]pyrazine hydrochloride (1:1) (CAS RN 762240-92-6)\n0 %\n—\n31.12.2022\n0.7071\nex 2933 59 95\n87\n5-Bromo-2,4-dichloropyrimidine (CAS RN 36082-50-5)\n0 %\n—\n31.12.2021\n0.6987\nex 2933 59 95\n89\n6-Benzyladenine (CAS RN 1214-39-7)\n0 %\n—\n31.12.2021\n0.6774\nex 2933 69 80\n13\nMetribuzin (ISO) (CAS RN 21087-64-9) with a purity by weight of 93 % or more\n0 %\n—\n31.12.2020\n0.6621\nex 2933 69 80\n15\n2-Chloro-4,6-dimethoxy-1,3,5-triazine (CAS RN 3140-73-6)\n0 %\n—\n31.12.2020\n0.6951\nex 2933 69 80\n17\nBenzoguanamine (CAS RN 91-76-9)\n0 %\n—\n31.12.2020\n0.7721\nex 2933 69 80\n23\n1,3,5-tris(2,3-dibromopropyl)-1,3,5-triazinane-2,4,6-trione (CAS RN 52434-90-9)\n0 %\n—\n31.12.2024\n0.7600\nex 2933 69 80\n27\nTroclosene sodium dihydrate (INNM) (CAS RN 51580-86-0)\n0 %\n—\n31.12.2023\n0.5272\nex 2933 69 80\n40\nTroclosene sodium (INNM) (CAS RN 2893-78-9)\n0 %\n—\n31.12.2021\n0.7464\nex 2933 69 80\n45\n2-(4,6-Bis-(2,4-dimethylphenyl)-1,3,5-triazin-2-yl)-5-(octyloxy)-phenol (CAS RN 2725-22-6)\n0 %\n—\n31.12.2023\n0.5131\nex 2933 69 80\n55\nTerbutryn (ISO) (CAS RN 886-50-0)\n0 %\n—\n31.12.2020\n0.4957\nex 2933 69 80\n60\nCyanuric acid (CAS RN 108-80-5)\n0 %\n—\n31.12.2020\n0.6127\nex 2933 69 80\n65\n1,3,5-Triazine-2,4,6(1H,3H,5H)-trithione, trisodium salt (CAS RN 17766-26-6)\n0 %\n—\n31.12.2023\n0.6477\nex 2933 69 80\n75\nMetamitron (ISO) (CAS RN 41394-05-2)\n0 %\n—\n31.12.2024\n0.3882\nex 2933 69 80\n80\nTris(2-hydroxyethyl)-1,3,5-triazinetrione (CAS RN 839-90-7)\n0 %\n—\n31.12.2023\n0.6960\nex 2933 79 00\n15\nEthyl N -( tert -Butoxycarbonyl)-L-pyroglutamate (CAS RN 144978-12-1)\n0 %\n—\n31.12.2021\n0.7346\nex 2933 79 00\n25\nMethyl 2-oxo-2,3-dihydro-1H-indole-6-carboxylate (CAS RN 14192-26-8)\n0 %\n—\n31.12.2022\n0.4294\nex 2933 79 00\n30\n5-Vinyl-2-pyrrolidone (CAS RN 7529-16-0)\n0 %\n—\n31.12.2022\n0.7453\nex 2933 79 00\n35\n1-tert-butyl 2-methyl(2S)-5-oxopyrrolidine-1,2-dicarboxylate (CAS RN 108963-96-8)\n0 %\n—\n31.12.2023\n0.4524\nex 2933 79 00\n50\n6-Bromo-3-methyl-3H-dibenz(f,ij)isoquinoline-2,7-dione (CAS RN 81-85-6)\n0 %\n—\n31.12.2023\n0.4985\nex 2933 79 00\n70\n( S )- N -[(Diethylamino)methyl]-alpha-ethyl-2-oxo-1-pyrrolidineacetamide L-(+)-tartrate (CAS RN 754186-36-2)\n0 %\n—\n31.12.2020\n0.6563\nex 2933 99 80\n11\nFenbuconazole (ISO) (CAS RN 114369-43-6)\n0 %\n—\n31.12.2024\n0.6564\nex 2933 99 80\n12\nMyclobutanil (ISO) (CAS RN 88671-89-0)\n0 %\n—\n31.12.2024\n0.5243\nex 2933 99 80\n13\n5-Difluoromethoxy-2-mercapto-1-H-benzimidazole (CAS RN 97963-62-7)\n0 %\n—\n31.12.2021\n0.6146\nex 2933 99 80\n14\n2-(2H-benzotriazol-2-yl)-4-methyl-6-(2-methylprop-2-en-1-yl)phenol(CAS RN 98809-58-6)\n0 %\n—\n31.12.2023\n0.2731\nex 2933 99 80\n15\n2-(2 H -Benzotriazol-2-yl)-4,6-di- tert -pentylphenol (CAS RN 25973-55-1)\n0 %\n—\n31.12.2023\n0.6872\nex 2933 99 80\n16\nPyridate (ISO) (CAS RN 55512-33-9) with a purity by weight of 90 % or more\n0 %\n—\n31.12.2020\n0.6933\nex 2933 99 80\n17\nCarfentrazone-ethyl (ISO) (CAS RN 128639-02-1) with a purity by weight of 93 % or more\n0 %\n—\n31.12.2020\n0.6567\nex 2933 99 80\n19\n2-(2,4-Dichlorophenyl)-3-(1H-1,2,4-triazol-1-yl)propan-1-ol (CAS RN 112281-82-0)\n0 %\n—\n31.12.2024\n0.2732\nex 2933 99 80\n20\n2-(2 H -Benzotriazol-2-yl)-4,6-bis(1-methyl-1-phenylethyl)phenol (CAS RN 70321-86-7)\n0 %\n—\n31.12.2023\n0.6829\nex 2933 99 80\n21\n1-(Bis(dimethylamino)methylene)-1H-[1,2,3]triazolo[4,5-b]pyridinium 3-oxide hexafluorophosphate(V) (CAS RN 148893-10-1)\n0 %\n—\n31.12.2020\n0.6244\nex 2933 99 80\n23\nTebuconazole (ISO) (CAS RN 107534-96-3) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.5625\nex 2933 99 80\n24\n1,3-Dihydro-5,6-diamino-2 H -benzimidazol-2-one (CAS RN 55621-49-3)\n0 %\n—\n31.12.2022\n0.6833\nex 2933 99 80\n26\n(2 S ,3 S ,4 R )-Methyl 4-(3-(1,1-difluorobut-3-enyl)-7-methoxyquinoxalin-2-yloxy)-3-ethylpyrrolidine-2-carboxylate 4‐methylbenzenesulfonate (CUS 0143289-9)\n0 %\n—\n31.12.2020\n0.6409\nex 2933 99 80\n27\n5,6-Dimethylbenzimidazole (CAS RN 582-60-5)\n0 %\n—\n31.12.2024\n0.6760\nex 2933 99 80\n29\n3-[3-(4-Fluorophenyl)-1-(1-methylethyl)-1H-indol-2-yl]-(E)-2-propenal (CAS RN 93957-50-7)\n0 %\n—\n31.12.2020\n0.3593\nex 2933 99 80\n30\nQuizalofop-P-ethyl (ISO) (CAS RN 100646-51-3)\n0 %\n—\n31.12.2023\n0.6775\nex 2933 99 80\n31\nTriadimenol (ISO) (CAS RN 55219-65-3) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2020\n0.6249\nex 2933 99 80\n33\nPenconazole (ISO) (CAS RN 66246-88-6)\n0 %\n—\n31.12.2024\n0.7043\nex 2933 99 80\n34\n2,4-Dihydro-5-methoxy-4-methyl-3 H -1,2,4-triazol-3-on (CAS RN 135302-13-5)\n0 %\n—\n31.12.2021\n0.6958\nex 2933 99 80\n36\n3-Chloro-2-(1,1-difluoro-3-buten-1-yl)-6-methoxyquinoxaline (CAS RN 1799733-46-2)\n0 %\n—\n31.12.2021\n0.4695\nex 2933 99 80\n37\n8-Chloro-5,10-dihydro-11 H -dibenzo [ b , e ] [1,4]diazepin-11-one (CAS RN 50892-62-1)\n0 %\n—\n31.12.2024\n0.7045\nex 2933 99 80\n38\n(4a S ,7a S )-Octahydro-1 H -pyrrolo[3,4-b]pyridine (CAS RN 151213-40-0)\n0 %\n—\n31.12.2021\n0.6961\nex 2933 99 80\n39\nO -(benzotriazol-1-yl)- N,N,N',N' -tetramethyluronium tetrafluoroborate (CAS RN 125700-67-6)\n0 %\n—\n31.12.2021\n0.3591\nex 2933 99 80\n40\ntrans -4-Hydroxy-L-proline (CAS RN 51-35-4)\n0 %\n—\n31.12.2023\n0.7273\nex 2933 99 80\n41\n5-[4'-(bromomethyl)biphenyl-2-yl]-1-trityl-1H-tetrazole (CAS RN 124750-51-2)\n0 %\n—\n31.12.2022\n0.7185\nex 2933 99 80\n42\n(S)-2,2,4-Trimethylpyrrolidine hydrochloride (CAS RN 1897428-40-8)\n0 %\n—\n31.12.2021\n0.7177\nex 2933 99 80\n44\n(2S,3S,4R)-Methyl 3-ethyl-4-hydroxypyrrolidine-2-carboxylate 4-methylbenzenesulphonate (CAS RN 1799733-43-9)\n0 %\n—\n31.12.2021\n0.3582\nex 2933 99 80\n45\nMaleic hydrazide (ISO) (CAS RN 123-33-1)\n0 %\n—\n31.12.2023\n0.7269\nex 2933 99 80\n46\n(S)-indoline-2-carboxylic acid (CAS RN 79815-20-6)\n0 %\n—\n31.12.2022\n0.5818\nex 2933 99 80\n47\nPaclobutrazol (ISO) (CAS RN 76738-62-0)\n0 %\n—\n31.12.2022\n0.7410\nex 2933 99 80\n48\n5-Amino-6-methyl-2-benzimidazolone (CAS RN 67014-36-2)\n0 %\n—\n31.12.2022\n0.3580\nex 2933 99 80\n50\nMetconazole (ISO) (CAS RN 125116-23-6)\n3,2 %\n—\n31.12.2023\n0.6986\nex 2933 99 80\n51\nDiquat dibromide (ISO) (CAS RN 85-00-7) in aqueous solution for use in the manufacture of herbicides\n0 %\n—\n31.12.2021\n0.6665\nex 2933 99 80\n52\nN-Boc-trans-4-Hydroxy-L-proline methyl ester (CAS RN 74844‐91-0)\n0 %\n—\n31.12.2020\n0.5945\nex 2933 99 80\n53\nPotassium (S)-5-(tert-butoxycarbonyl)-5-azaspiro[2.4]heptane-6-carboxylate (CAS RN 1441673-92-2)\n0 %\n—\n31.12.2023\n0.6599\nex 2933 99 80\n54\n3-(Salicyloylamino)-1,2,4-triazole (CAS RN 36411-52-6)\n0 %\n—\n31.12.2020\n0.4585\nex 2933 99 80\n55\nPyridaben (ISO) (CAS RN 96489-71-3)\n0 %\n—\n31.12.2024\n0.7457\nex 2933 99 80\n56\nMethyl 3,5-diamino-6-chloropyrazine-2-carboxylate (CAS RN 1458-01-1)\n0 %\n—\n31.12.2023\n0.5901\nex 2933 99 80\n57\n2-(5-Methoxyindol-3-yl)ethylamine (CAS RN 608-07-1)\n0 %\n—\n31.12.2023\n0.7649\nex 2933 99 80\n58\nIpconazole (ISO) (CAS RN 125225-28-7) with a purity by weight of 90 % or more\n0 %\n—\n31.12.2023\n0.7673\nex 2933 99 80\n59\nHydrates of Hydroxybenzotriazole (CAS RN 80029-43-2 and CAS RN 123333-53-9)\n0 %\n—\n31.12.2023\n0.7624\nex 2933 99 80\n61\n(1R,5S)-8-Benzyl-8-azabicyclo(3.2.1)octan-3-one hydrochloride (CAS RN 83393-23-1)\n0 %\n—\n31.12.2023\n0.7680\nex 2933 99 80\n63\nL-Prolinamide (CAS RN 7531-52-4)\n0 %\n—\n31.12.2023\n0.7839\nex 2933 99 80\n66\n(6-(4-fluorobenzyl)-3,3-dimethyl-2,3-dihydro-1H-pyrrolo[3,2-b]pyrid-5-yl)methanol (CAS RN 1799327-42-6) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.5468\nex 2933 99 80\n67\nCandesartan ethyl ester (INNM) (CAS RN 139481-58-6)\n0 %\n—\n31.12.2021\n0.7679\nex 2933 99 80\n68\n5-((1S,2S)-2-((2R,6S,9S,11R,12R,14aS,15S,16S,20R,23S,25aR)-9-amino-20-((R)-3-amino-1-hydroxy-3-oxopropyl)-2,11,12,15-tetrahydroxy-6-((R)-1-hydroxyethyl)-16-methyl-5,8,14,19,22,25-hexaoxotetracosahydro-1H-dipyrrolo[2,1-c:2',1'-l][1,4,7,10,13,16]hexaazacyclohenicosin-23-yl)-1,2-dihydroxyethyl)-2-hydroxyphenyl hydrogen sulphate (CAS RN 168110-44-9)\n0 %\n—\n31.12.2023\n0.4384\nex 2933 99 80\n71\n10-Methoxyiminostilbene (CAS RN 4698-11-7)\n0 %\n—\n31.12.2023\n0.4503\nex 2933 99 80\n72\n1,4,7-Trimethyl-1,4,7-triazacyclononane (CAS RN 96556-05-7)\n0 %\n—\n31.12.2023\n0.7759\nex 2933 99 80\n75\n1-[Bis(dimethylamino)methylene]-1H-benzotriazolium hexafluorophosphate(1-) 3-oxide (CAS RN 94790-37-1)\n0 %\n—\n31.12.2024\n0.4382\nex 2933 99 80\n78\n3-Amino-3-azabicyclo (3.3.0) octane hydrochloride (CAS RN 58108-05-7)\n0 %\n—\n31.12.2023\n0.7814\nex 2933 99 80\n79\nUpadacitinib (INN) (CAS RN 1310726-60-3)\n0 %\n—\n31.12.2024\n0.4164\nex 2933 99 80\n81\n1,2,3-Benzotriazole (CAS RN 95-14-7)\n0 %\n—\n31.12.2021\n0.4165\nex 2933 99 80\n82\nTolytriazole (CAS RN 29385-43-1)\n0 %\n—\n31.12.2023\n0.3579\nex 2934 10 00\n10\nHexythiazox (ISO) (CAS RN 78587-05-0)\n0 %\n—\n31.12.2023\n0.5531\nex 2934 10 00\n15\n4-Nitrophenyl thiazol-5-ylmethyl carbonate (CAS RN 144163‐97-3)\n0 %\n—\n31.12.2022\n0.2725\nex 2934 10 00\n20\n2-(4-Methylthiazol-5-yl)ethanol (CAS RN 137-00-8)\n0 %\n—\n31.12.2023\n0.5530\nex 2934 10 00\n25\n(S)-Ethyl-2-(3-((2-isopropylthiazol-4-yl)methyl)-3-methylureido)-4-morpholinobutanoate oxalate (CAS RN 1247119-36-3)\n0 %\n—\n31.12.2022\n0.5538\nex 2934 10 00\n35\n(2-Isopropylthiazol-4-yl)- N -methylmethanamine dihydrochloride (CAS RN 1185167-55-8)\n0 %\n—\n31.12.2022\n0.6264\nex 2934 10 00\n45\n2-Cyanimino-1,3-thiazolidine (CAS RN 26364-65-8)\n0 %\n—\n31.12.2024\n0.4750\nex 2934 10 00\n60\nFosthiazate (ISO) (CAS RN 98886-44-3)\n0 %\n—\n31.12.2024\n0.5232\nex 2934 10 00\n80\n3,4-Dichloro-5-carboxyisothiazole (CAS RN 18480-53-0)\n0 %\n—\n31.12.2021\n0.7312\nex 2934 20 80\n15\nBenthiavalicarb-isopropyl (ISO) (CAS RN 177406-68-7)\n0 %\n—\n31.12.2022\n0.5252\nex 2934 20 80\n30\n2-[[(Z)-[1-(2-Amino-4-thiazolyl)-2-(2-benzothiazolylthio)-2-oxoethylidene]amino]oxy]-acetic acid, methyl ester (CAS RN 246035-38-1)\n0 %\n—\n31.12.2021\n0.4346\nex 2934 20 80\n25\n1,2-Benzisothiazol-3(2H)-one (CAS RN 2634-33-5) in the form of a powder with a purity by weight of 95 % or more, or in an aqueous mixture containing by weight 20 % or more of 1,2-benzisothiazol-3(2H)-one\n0 %\n—\n31.12.2022\n0.4955\nex 2934 20 80\n60\nBenzothiazol-2-yl-(Z)-2-trityloxyimino-2-(2-aminothiazole-4-yl)-thioacetate (CAS RN 143183-03-3)\n0 %\n—\n31.12.2020\n0.4910\nex 2934 20 80\n70\nN , N -Bis(1,3-benzothiazol-2-ylsulphanyl)-2-methylpropan-2-amine (CAS RN 3741-80-8)\n0 %\n—\n31.12.2020\n0.5537\nex 2934 30 90\n10\n2-Methylthiophenothiazine (CAS RN 7643-08-5)\n0 %\n—\n31.12.2022\n0.6492\nex 2934 99 90\n10\nFluralaner (INN) (CAS RN 864731-61-3)\n0 %\n—\n31.12.2024\n0.5924\nex 2934 99 90\n12\nDimethomorph (ISO) (CAS RN 110488-70-5)\n0 %\n—\n31.12.2023\n0.3577\nex 2934 99 90\n15\nCarboxin (ISO) (CAS RN 5234-68-4)\n0 %\n—\n31.12.2023\n0.6476\nex 2934 99 90\n16\nDifenoconazole (ISO) (CAS RN 119446-68-3)\n0 %\n—\n31.12.2024\n0.7843\nex 2934 99 90\n17\n(S)-4-(tert-butoxycarbonyl)-1,4-oxazepane-2-carboxylic acid (CAS RN 1273567-44-4) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.4715\nex 2934 99 90\n20\nThiophene (CAS RN 110-02-1)\n0 %\n—\n31.12.2024\n0.5263\nex 2934 99 90\n23\nBromuconazole (ISO) with a purity by weight of 96 % or more (CAS RN 116255-48-2)\n0 %\n—\n31.12.2021\n0.6241\nex 2934 99 90\n24\nFlufenacet (ISO) (CAS RN 142459-58-3) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.4942\nex 2934 99 90\n25\n2,4-Diethyl-9 H -thioxanthen-9-one (CAS RN 82799-44-8)\n0 %\n—\n31.12.2020\n0.6252\nex 2934 99 90\n26\n4-Methylmorpholine 4-oxide in an aqueous solution (CAS RN 7529-22-8)\n0 %\n—\n31.12.2024\n0.6362\nex 2934 99 90\n27\n2-(4-Hydroxyphenyl)-1-benzothiophene-6-ol (CAS RN 63676-22-2)\n0 %\n—\n31.12.2024\n0.5242\nex 2934 99 90\n28\n11-(Piperazin-1-yl)dibenzo[b,f][1,4]thiazepine dihydrochloride (CAS RN 111974-74-4)\n0 %\n—\n31.12.2021\n0.7837\nex 2934 99 90\n29\n(2R,5S)-tert-butyl 4-benzyl-2-methyl-5-(((R)-3-methylmorpholino)methyl)piperazine-1-carboxylate (CAS RN 1403902-77-1) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.4700\nex 2934 99 90\n30\nDibenzo[b,f][1,4]thiazepin-11(10H)-one (CAS RN 3159-07-7)\n0 %\n—\n31.12.2024\n0.6744\nex 2934 99 90\n31\nUridine 5'-diphospho-N-acetylgalactosamine disodium salt (CAS RN 91183-98-1)\n0 %\n—\n31.12.2020\n0.6743\nex 2934 99 90\n32\nUridine 5'-diphosphoglucuronic acid trisodium salt (CAS RN 63700-19-6)\n0 %\n—\n31.12.2020\n0.7840\nex 2934 99 90\n33\n(2R,3R,5R)-5-(4-amino-2-oxopyrimidin-1(2H)-yl)-2-((benzoyloxy)methyl)-4,4-difluorotetrahydrofuran-3-yl benzoate (CAS RN 134790-39-9) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.6733\nex 2934 99 90\n34\n7-[4-(Diethylamino)-2-ethoxyphenyl]-7-(1-ethyl-2-methyl-1H-indol-3-yl)furo[3,4-b]pyridin-5(7H)-one (CAS RN 69898-40-4)\n0 %\n—\n31.12.2020\n0.6776\nex 2934 99 90\n36\nOxadiazon (ISO) (CAS RN 19666-30-9) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2020\n0.5813\nex 2934 99 90\n37\n4-Propan-2-ylmorpholine (CAS RN 1004-14-4)\n0 %\n—\n31.12.2022\n0.6824\nex 2934 99 90\n39\n4-(Oxiran-2-ylmethoxy)-9H-carbazole (CAS RN 51997-51-4)\n0 %\n—\n31.12.2020\n0.6823\nex 2934 99 90\n41\n11-[4-(2-Chloro-ethyl)-1-piperazinyl]dibenzo(b,f)(1,4)thiazepine (CAS RN 352232-17-8)\n0 %\n—\n31.12.2020\n0.6922\nex 2934 99 90\n42\n1-(Morpholin-4-yl)prop-2-en-1-one (CAS RN 5117-12-4)\n0 %\n—\n31.12.2024\n0.6893\nex 2934 99 90\n44\nPropiconazole (ISO) (CAS RN 60207-90-1) with a purity by weight of 92 % or more\n0 %\n—\n31.12.2020\n0.7144\nex 2934 99 90\n46\n4-Methoxy-5-(3-morpholin-4-yl-propoxy)-2-nitro-benzonitrile (CAS RN 675126-26-8)\n0 %\n—\n31.12.2021\n0.7123\nex 2934 99 90\n47\nThidiazuron (ISO) (CAS RN 51707-55-2) with a content by weight of 98 % or more\n0 %\n—\n31.12.2021\n0.5453\nex 2934 99 90\n48\nPropan-2-ol -- 2-methyl-4-(4-methylpiperazin-1-yl)-10 H -thieno[2,3-b][1,5]benzodiazepine (1:2) dihydrate (CAS RN 864743-41-9)\n0 %\n—\n31.12.2021\n0.7188\nex 2934 99 90\n49\nCytidine 5'-(disodium phosphate) (CAS RN 6757-06-8)\n0 %\n—\n31.12.2021\n0.4943\nex 2934 99 90\n50\n10-[1,1'-Biphenyl]-4-yl-2-(1-methylethyl)-9-oxo-9 H -thioxanthenium hexafluorophosphate (CAS RN 591773-92-1)\n0 %\n—\n31.12.2020\n0.7259\nex 2934 99 90\n52\nEpoxiconazole (ISO) (CAS RN 133855-98-8)\n0 %\n—\n31.12.2022\n0.7146\nex 2934 99 90\n53\n4-Methoxy-3-(3-morpholin-4-yl-propoxy)-benzonitrile (CAS RN 675126-28-0)\n0 %\n—\n31.12.2021\n0.7311\nex 2934 99 90\n54\n2-benzyl-2-dimethylamino-4'-morpholinobutyrophenone (CAS RN 119313-12-1)\n0 %\n—\n31.12.2022\n0.7297\nex 2934 99 90\n56\n1-[5-(2,6-Difluorophenyl)-4,5-dihydro-1,2-oxazol-3-yl]ethanone (CAS RN 1173693-36-1)\n0 %\n—\n31.12.2022\n0.7229\nex 2934 99 90\n57\n(6R,7R)-7-Amino-8-oxo-3-(1-propenyl)-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylic acid (CAS RN 120709‐09-3)\n0 %\n—\n31.12.2022\n0.3575\nex 2934 99 90\n58\nDimethenamide-P (ISO) (CAS RN 163515-14-8)\n0 %\n—\n31.12.2023\n0.7387\nex 2934 99 90\n59\nDolutegravir (INN) (CAS RN 1051375-16-6) or dolutegravir sodium (CAS RN 1051375-19-9)\n0 %\n—\n31.12.2022\n0.2718\nex 2934 99 90\n60\nDL-Homocysteine thiolactone hydrochloride (CAS RN 6038‐19‐3)\n0 %\n—\n31.12.2023\n0.7459\nex 2934 99 90\n61\n5-(1,2-dithiolan-3-yl)valeric acid (CAS RN 1077-28-7)\n0 %\n—\n31.12.2023\n0.7536\nex 2934 99 90\n62\n(2b,3a,5a,16b,17b)-2-(morpholin-4-yl)-16-(pyrrolidin-1-yl)androstane-3,17-diol 17-acetate (CAS RN 119302-24-8)\n0 %\n—\n31.12.2023\n0.7537\nex 2934 99 90\n63\n(2b,3a,5a,16b,17b)-2-(morpholin-4-yl)-16-(pyrrolidin-1-yl)androstane-3,17-diol (CAS RN 119302-20-4)\n0 %\n—\n31.12.2023\n0.7449\nex 2934 99 90\n64\n2-Bromo-5-benzoylthiophene (CAS RN 31161-46-3)\n0 %\n—\n31.12.2023\n0.4512\nex 2934 99 90\n66\nTetrahydrothiophene-1,1-dioxide (CAS RN 126-33-0)\n0 %\n—\n31.12.2023\n0.7809\nex 2934 99 90\n68\nAfatinib dimaleate (INNM) (CAS RN 850140-73-7)\n0 %\n—\n31.12.2024\n0.7842\nex 2934 99 90\n69\n3-methyl-5-(4,4,5,5-tetramethyl-1,3,2-dioxaborolan-2-yl)benzo[d]oxazol-2(3H)-one (CAS RN 1220696-32-1) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2024\n0.7731\nex 2934 99 90\n73\nTetrahydrouridine (CAS RN 18771-50-1)\n0 %\n—\n31.12.2024\n0.4249\nex 2934 99 90\n74\n2-Isopropylthioxanthone (CAS RN 5495-84-1)\n0 %\n—\n31.12.2022\n0.4052\nex 2934 99 90\n75\n(4 R - cis )-1,1-Dimethylethyl-6-[2[2-(4-fluorophenyl)-5-(1-isopropyl)-3-phenyl-4-[(phenylamino)carbonyl]-1 H -pyrrol-1-yl]ethyl]-2,2-dimethyl-1,3-dioxane-4-acetate (CAS RN 125971‐95-1)\n0 %\n—\n31.12.2021\n0.4058\nex 2934 99 90\nex 3204 20 00\n76\n10\n2,5-Thiophenediylbis(5- tert -butyl-1,3-benzoxazole) (CAS RN 7128-64-5)\n0 %\n—\n31.12.2021\n0.7579\nex 2934 99 90\n78\n[(3aS,5R,6S,6aS)-6-Hydroxy-2,2-dimethyltetrahydrofuro[2,3-d][1,3]dioxol-5-yl] (morpholino)methanone (CAS RN 1103738‐19-7)\n0 %\n—\n31.12.2023\n0.4388\nex 2934 99 90\n79\nThiophen-2-ethanol (CAS RN 5402-55-1)\n0 %\n—\n31.12.2023\n0.7657\nex 2934 99 90\n80\n2-(dimethylamino)-2-[(4-methylphenyl)methyl]-1-[4-(morpholin-4-yl)phenyl]butan-1-one (CAS RN 119344-86-4)\n0 %\n—\n31.12.2023\n0.4643\nex 2934 99 90\n83\nFlumioxazin (ISO) (CAS RN 103361-09-7) of a purity by weight of 96 % or more\n0 %\n—\n31.12.2024\n0.4645\nex 2934 99 90\n84\nEtoxazole (ISO) (CAS RN 153233-91-1) of a purity by weight of 94,8 % or more\n0 %\n—\n31.12.2024\n0.5133\nex 2934 99 90\n86\nDithianon (ISO) (CAS RN 3347-22-6)\n0 %\n—\n31.12.2020\n0.5136\nex 2934 99 90\n87\n2,2'-(1,4-Phenylene)bis(4H-3,1-benzoxazin-4-one) (CAS RN 18600-59-4)\n0 %\n—\n31.12.2020\n0.7738\nex 2934 99 90\n88\n(7S,9aS)-7-((benzyloxy)methyl)octahydropyrazino[2,1-c][1,4]oxazine dioxalate (CAS RN 1268364-46-0)\n0 %\n—\n31.12.2024\n0.7815\nex 2934 99 90\n89\nRel-(3a R ,12b R )-11-Chloro-2,3,3a,12b-tetrahydro-2-methyl-1H-dibenz[2,3:6,7]oxepino[4,5- c ]pyrrol-1-one (CAS RN 129385‐59‐7)\n0 %\n—\n31.12.2024\n0.6486\nex 2935 90 90\n10\nFlorasulam (ISO) (CAS RN 145701-23-1)\n0 %\n—\n31.12.2024\n0.3566\nex 2935 90 90\n15\nFlupyrsulfuron-methyl-sodium (ISO) (CAS RN 144740-54-5)\n0 %\n—\n31.12.2023\n0.3565\nex 2935 90 90\n20\nToluenesulphonamides\n0 %\n—\n31.12.2023\n0.5239\nex 2935 90 90\n23\nN -[4-(2-Chloroacetyl)phenyl]methanesulphonamide (CAS RN 64488-52-4)\n0 %\n—\n31.12.2021\n0.3563\nex 2935 90 90\n25\nTriflusulfuron-methyl (ISO) (CAS RN 126535-15-7)\n0 %\n—\n31.12.2023\n0.5261\nex 2935 90 90\n27\nMethyl (3R,5S,6E)-7-{4-(4-fluorophenyl)-6-isopropyl-2-[methyl(methylsulfonyl)amino]pyrimidin-5-yl}-3,5-dihydroxyhept-6-enoate (CAS RN 147118-40-9)\n0 %\n—\n31.12.2021\n0.5894\nex 2935 90 90\n28\nN-Fluorobenzenesulphonimide (CAS RN 133745-75-2)\n0 %\n—\n31.12.2023\n0.7183\nex 2935 90 90\n30\n6-Aminopyridine-2-sulfonamide (CAS RN 75903-58-1)\n0 %\n—\n31.12.2021\n0.7677\nex 2935 90 90\n33\n4-Chloro-3-pyridinesulphonamide (CAS RN 33263-43-3)\n0 %\n—\n31.12.2023\n0.3564\nex 2935 90 90\n35\nChlorsulfuron (ISO) (CAS RN 64902-72-3)\n0 %\n—\n31.12.2023\n0.7572\nex 2935 90 90\n37\n1,3-Dimethyl-1H-pyrazole-4-sulfonamide (CAS RN 88398-53-2)\n0 %\n—\n31.12.2023\n0.7438\nex 2935 90 90\n40\nVenetoclax (INN) (CAS 1257044-40-8)\n0 %\n—\n31.12.2022\n0.5036\nex 2935 90 90\n42\nPenoxsulam (ISO) (CAS RN 219714-96-2)\n0 %\n—\n31.12.2020\n0.6370\nex 2935 90 90\n43\nOryzalin (ISO) (CAS RN 19044-88-3)\n0 %\n—\n31.12.2024\n0.3562\nex 2935 90 90\n45\nRimsulfuron (ISO) (CAS RN 122931-48-0)\n0 %\n—\n31.12.2023\n0.6242\nex 2935 90 90\n47\nHalosulfuron-methyl (ISO) (CAS RN 100784-20-1) with a purity by weight of 98 % or more\n0 %\n—\n31.12.2024\n0.5451\nex 2935 90 90\n48\n(3R,5S,6E)-7-[4-(4-Fluorophenyl)-2-[methyl(methylsulfonyl)amino]-6-(propan-2-yl)pyrimidin-5-yl]-3,5-dihydroxyhept-6-enoic acid -- 1-[(R)-(4-chlorophenyl)(phenyl)methyl]piperazine (1:1) (CAS RN 1235588-99-4)\n0 %\n—\n31.12.2021\n0.2843\nex 2935 90 90\n50\n4,4'-Oxydi(benzenesulphonohydrazide) (CAS RN 80-51-3)\n0 %\n—\n31.12.2023\n0.6834\nex 2935 90 90\n52\n(1 R ,2 R )-1-Amino-2-(difluoromethyl)-N-(1-methylcyclopropylsulphonyl) cyclopropanecarboxamide hydrochloride (CUS 0143290-2)\n0 %\n—\n31.12.2020\n0.4636\nex 2935 90 90\n53\n2,4-Dichloro-5-sulphamoylbenzoic acid (CAS RN 2736-23-4)\n0 %\n—\n31.12.2024\n0.6777\nex 2935 90 90\n54\nPropoxycarbazone-sodium (ISO) (CAS RN 181274-15-7) with a purity by weight of 95 % or more\n0 %\n—\n31.12.2020\n0.3560\nex 2935 90 90\n55\nThifensulfuron-methyl (ISO) (CAS RN 79277-27-3)\n0 %\n—\n31.12.2023\n0.6802\nex 2935 90 90\n56\nN-(p-Toluenesulphonyl)-N'-(3-(p-toluenesulphonyloxy)phenyl)urea (CAS RN 232938-43-1)\n0 %\n—\n31.12.2020\n0.6903\nex 2935 90 90\n57\nN-{2-[(phenylcarbamoyl)amino]phenyl}benzenesulphonamide (CAS RN 215917-77-4)\n0 %\n—\n31.12.2020\n0.6811\nex 2935 90 90\n58\n1-Methylcyclopropane-1-sulphonamide (CAS RN 669008-26-8)\n0 %\n—\n31.12.2020\n0.6664\nex 2935 90 90\n59\nFlazasulfuron (ISO) (CAS RN 104040-78-0) with a purity of 94 % by weight or more\n0 %\n—\n31.12.2020\n0.7676\nex 2935 90 90\n60\n4-[(3-Methylphenyl)amino]pyridine-3-sulfonamide (CAS RN 72811-73-5)\n0 %\n—\n31.12.2023\n0.4586\nex 2935 90 90\n63\nNicosulphuron (ISO) (CAS RN 111991-09-4) of a purity by weight of 91 % or more\n0 %\n—\n31.12.2024\n0.3561\nex 2935 90 90\n65\nTribenuron-methyl (ISO) (CAS RN 101200-48-0)\n0 %\n—\n31.12.2023\n0.6959\nex 2935 90 90\n67\nN -(2-phenoxyphenyl)methanesulphonamide (CAS RN 51765‐51‐6)\n0 %\n—\n31.12.2021\n0.7854\nex 2935 90 90\n70\n(4S)-4-hydroxy-2-(3-methoxypropyl)-3,4-dihydro-2H-thieno[3,2-e]thiazine-6-sulfonamide-1,1-dioxide (CAS RN 154127-42-1) with a purity by weight of 97 % or more\n0 %\n—\n31.12.2024\n0.5539\nex 2935 90 90\n73\n(2S)-2-Benzyl- N,N -dimethylaziridine-1-sulfonamide (CAS RN 902146-43-4)\n0 %\n—\n31.12.2022\n0.3559\nex 2935 90 90\n75\nMetsulfuron-methyl (ISO) (CAS RN 74223-64-6)\n0 %\n—\n31.12.2023\n0.2844\nex 2935 90 90\n85\nN -[4-(Isopropylaminoacetyl)phenyl]methanesulphonamide hydrochloride\n0 %\n—\n31.12.2024\n0.3704\nex 2935 90 90\n88\nN-(2-(4-Amino-N-ethyl-m-toluidino)ethyl)methanesulphonamide sesquisulphate monohydrate (CAS RN 25646-71-3)\n0 %\n—\n31.12.2023\n0.4048\nex 2935 90 90\n89\n3-(3-Bromo-6-fluoro-2-methylindol-1-ylsulphonyl)- N,N -dimethyl-1,2,4-triazol-1-sulphonamide (CAS RN 348635-87-0)\n0 %\n—\n31.12.2021\n0.4944\nex 2938 90 30\n10\nAmmonium glycyrrhizate (CAS RN 53956-04-0)\n0 %\n—\n31.12.2020\n0.3554\nex 2938 90 90\n10\nHesperidin (CAS RN 520-26-3)\n0 %\n—\n31.12.2023\n0.5927\nex 2938 90 90\n20\nEthylvanillin beta-D-glucopyranoside (CAS RN 122397-96-0)\n0 %\n—\n31.12.2023\n0.7329\nex 2938 90 90\n30\nRebaudioside A (CAS RN 58543-16-1)\n0 %\n—\n31.12.2022\n0.7327\nex 2938 90 90\n40\nPurified steviol glycoside with a rebaudioside M (CAS RN 1220616-44-3) content of 80 % or more but not more than 90 % by weight for use in the manufacture of non-alcoholic beverages\n0 %\n—\n31.12.2022\n0.7047\nex 2940 00 00\n30\nD(+)- Trehalose dihydrate (CAS RN 6138-23-4)\n0 %\n—\n31.12.2021\n0.7757\nex 2940 00 00\n50\n2,3,4,6-Tetrakis-O-(phenylmethyl)-D-galactopyranose (CAS RN 6386-24-9)\n0 %\n—\n31.12.2024\n0.5233\nex 2941 20 30\n10\nDihydrostreptomycin sulphate (CAS RN 5490-27-7)\n0 %\n—\n31.12.2021\n0.6984\nex 2942 00 00\n10\nSodium triacetoxyborohydride (CAS RN 56553-60-7)\n0 %\n—\n31.12.2021\n0.3555\n3201 20 00\nWattle extract\n0 %\n—\n31.12.2023\n0.3553\nex 3201 90 90\n20\nTanning extracts derived from gambier and myrobalan fruits\n0 %\n—\n31.12.2023\n0.6600\nex 3201 90 90\nex 3202 90 00\n40\n10\nReaction product of Acacia mearnsii extract, ammonium chloride and formaldehyde (CAS RN 85029-52-3)\n0 %\n—\n31.12.2020\n0.6183\nex 3204 11 00\n15\nColourant C.I. Disperse Blue 360 (CAS RN 70693-64-0) and preparations based thereon with a colourant C.I. Disperse Blue 360 content of 99 % or more by weight\n0 %\n—\n31.12.2023\n0.5091\nex 3204 11 00\n20\nColourant C.I. Disperse Yellow 241 (CAS RN 83249-52-9) and preparations based thereon with a colourant C.I. Disperse Yellow 241 content of 97 % or more by weight\n0 %\n—\n31.12.2020\n0.6277\nex 3204 11 00\n25\nN-(2-Chloroethyl)-4-[(2,6-dichloro-4-nitrophenyl)azo]-N-ethyl-m-toluidine (CAS RN 63741-10-6)\n0 %\n—\n31.12.2024\n0.7307\nex 3204 11 00\n35\nColourant C.I Disperse Yellow 232 (CAS RN 35773-43-4) and preparations based thereon with a colourant C.I Disperse Yellow 232 of 50 % or more by weight\n0 %\n—\n31.12.2022\n0.5235\nex 3204 11 00\n40\nColourant C.I. Disperse Red 60 (CAS RN 17418-58-5) and preparations based thereon with a colourant C.I. Disperse Red 60 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.5134\nex 3204 11 00\n45\nPreparation of dispersion dyes, containing:\nC.I. Disperse Orange 61 (CAS RN 12270-45-0) or Disperse Orange 288 (CAS RN 96662-24-7),\nC.I. Disperse Blue 291:1 (CAS RN 872142-01-3),\nC.I. Disperse Violet 93:1 (CAS RN 122463-28-9),\nwhether or not containing C.I. Disperse Red 54 (CAS RN 6657-37-0)\n0 %\n—\n31.12.2020\n0.5264\nex 3204 11 00\n50\nColourant C.I. Disperse Blue 72 (CAS RN 81-48-1) and preparations based thereon with a colourant C.I. Disperse Blue 72 content of 95 % or more by weight\n0 %\n—\n31.12.2021\n0.5236\nex 3204 11 00\n60\nColourant C.I. Disperse Blue 359 (CAS RN 62570-50-7) and preparations based thereon with a colourant C.I. Disperse Blue 359 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.5440\nex 3204 12 00\n10\nColourant C.I. Acid Blue 9 (CAS RN 2650-18-2) and preparations based thereon with a colourant C.I. Acid Blue 9 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.6972\nex 3204 12 00\n15\nColourant C.I. Acid Brown 75 (CAS RN 8011-86-7) and preparations based thereon with a colourant C.I. Acid Brown 75 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6975\nex 3204 12 00\n17\nColourant C.I. Acid Brown 355 (CAS RN 84989-26-4 or 60181‐77-3) and preparations based thereon with a colourant C.I. Acid Brown 355 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.7021\nex 3204 12 00\n25\nColourant C.I. Acid Black 210 (CAS RN 85223-29-6 or 99576‐15-5) and preparations based thereon with a colourant C.I. Acid Black 210 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.6976\nex 3204 12 00\n27\nColourant C.I. Acid Brown 425 (CAS RN 75234-41-2 or 119509-49-8) and preparations based thereon with a colourant C.I. Acid Brown 425 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6963\nex 3204 12 00\n35\nColourant C.I. Acid Black 234 (CAS RN 157577-99-6) and preparations based thereon with a colourant C.I. Acid Black 234 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6964\nex 3204 12 00\n37\nColourant C.I. Acid Black 210 sodium salt (CAS RN 201792‐73‐6) and preparations based thereon with a colourant C.I. Acid Black 210 sodium salt content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.5925\nex 3204 12 00\n40\nLiquid dye preparation containing anionic acid dye C.I. Acid Blue 182 (CAS RN 12219-26-0)\n0 %\n—\n31.12.2023\n0.6965\nex 3204 12 00\n45\nColourant C.I. Acid Blue 161/193 (CAS RN 12392-64-2) and preparations based thereon with a colourant C.I. Acid Blue 161/193 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6971\nex 3204 12 00\n47\nColourant C.I. Acid Brown 58 (CAS RN 70210-34-3 or 12269‐87-3) and preparations based thereon with a colourant C.I. Acid Brown 58 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6973\nex 3204 12 00\n55\nColourant C.I. Acid Brown 165 (CAS RN 61724-14-9) and preparations based thereon with a colourant C.I. Acid Brown 165 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6974\nex 3204 12 00\n57\nColourant C.I. Acid Brown 282 (CAS RN 70236-60-1 or 12219‐65-7) and preparations based thereon with a colourant C.I. Acid Brown 282 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6535\nex 3204 12 00\n60\nColourant C.I. Acid Red 52 (CAS RN 3520-42-1) and preparations based thereon with a colourant C.I. Acid Red 52 content of 97 % or more by weight\n0 %\n—\n31.12.2024\n0.6977\nex 3204 12 00\n65\nColourant C.I. Acid Brown 432 (CAS RN 119509-50-1) and preparations based thereon with a colourant C.I. Acid Brown 432 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6652\nex 3204 12 00\n70\nColourant C.I. Acid blue 25 (CAS RN 6408-78-2) and preparations based thereon with a colourant C.I. Acid blue 25 content of 80 % or more by weight\n0 %\n—\n31.12.2020\n0.4065\nex 3204 13 00\n10\nColourant C.I. Basic Red 1 (CAS RN 989-38-8) and preparations based thereon with a colourant C.I. Basic Red 1 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.7394\nex 3204 13 00\n15\nColourant C.I. Basic Blue 41 (CAS RN 12270-13-2) and preparations based thereon with a colourant C.I. Basic Blue 41 content of 50 % or more by weight\n0 %\n—\n31.12.2022\n0.7395\nex 3204 13 00\n25\nColourant C.I. Basic Red 46 (CAS RN 12221-69-1) and preparations based thereon with a colourant C.I. Basic Red 46 content of 20 % or more by weight\n0 %\n—\n31.12.2022\n0.5804\nex 3204 13 00\n30\nColourant C.I. Basic Blue 7 (CAS RN 2390-60-5) and preparations based thereon with a colourant C.I. Basic Blue 7 content of 50 % or more by weight\n0 %\n—\n31.12.2023\n0.7396\nex 3204 13 00\n35\nColourant C.I. Basic Yellow 28 (CAS RN 54060-92-3) and preparations based thereon with a colourant C.I. Basic Yellow 28 content of 50 % or more by weight\n0 %\n—\n31.12.2022\n0.5805\nex 3204 13 00\n40\nColourant C.I. Basic Violet 1 (CAS RN 603-47-4 or CAS RN 8004-87-3) and preparations based thereon with a colourant C.I. Basic Violet 1 content of 90 % or more by weight\n0 %\n—\n31.12.2022\n0.7398\nex 3204 13 00\n45\nMixture of colourant C.I. Basic Blue 3 (CAS RN 33203-82-6) and colourant C.I. Basic Blue 159 (CAS RN 105953-73-9) with a colourant Basic Blue content of 40 % or more by weight\n0 %\n—\n31.12.2022\n0.6474\nex 3204 13 00\n50\nColourant C.I Basic Violet 11 (CAS RN 2390-63-8) and preparations based thereon with a colourant C.I Basic Violet 11 content of 90 % or more by weight\n0 %\n—\n31.12.2024\n0.7775\nex 3204 13 00\n55\nColourant C.I. Basic Violet 16 (CAS RN 6359-45-1) and preparations based thereon with a colourant C.I. Basic Violet 16 content of 60 % or more by weight\n0 %\n—\n31.12.2024\n0.6475\nex 3204 13 00\n60\nColourant C.I Basic Red 1:1 (CAS RN 3068-39-1) and preparations based thereon with a colourant C.I Basic Red 1:1 content of 90 % or more by weight\n0 %\n—\n31.12.2024\n0.7776\nex 3204 13 00\n65\nColourant C.I. Basic Blue 3 (CAS RN 33203-82-6) and preparations based thereon with a colourant C.I. Basic Blue 3 (CAS RN 33203-82-6) content of 50 % or more but not more than 80 % by weight\n0 %\n—\n31.12.2024\n0.7777\nex 3204 13 00\n70\nMixture of the colourants C.I. Basic Yellow 28 (CAS RN 54060‐92-3), C.I. Basic Red 46 (CAS RN 12221-69-1) and C.I. Basic Blue 159 (CAS RN 105953-73-9) and preparations based thereon with a content of colourants C.I. Basic Yellow 28, C.I. Basic Red 46 and C.I. Basic Blue 159 taken together of 60 % or more by weight\n0 %\n—\n31.12.2024\n0.7778\nex 3204 13 00\n75\nColourant C.I. Basic Red 18:1 (CAS RN 12271-12-4) and preparations based thereon with a content of 40 % or more by weight\n0 %\n—\n31.12.2024\n0.7779\nex 3204 13 00\n80\nColourant C.I. Basic Yellow (CAS RN 83949-75-1) and preparations based thereon with a content of 40 % or more by weight\n0 %\n—\n31.12.2024\n0.6569\nex 3204 14 00\n10\nColourant C.I. Direct Black 80 (CAS RN 8003-69-8) and preparations based thereon with a colourant C.I. Direct Black 80 content of 90 % or more by weight\n0 %\n—\n31.12.2024\n0.6570\nex 3204 14 00\n20\nColourant C.I. Direct Blue 80 (CAS RN 12222-00-3) and preparations based thereon with a colourant C.I. Direct Blue 80 content of 90 % or more by weight\n0 %\n—\n31.12.2024\n0.6571\nex 3204 14 00\n30\nC.I. Colourant Direct Red 23 (CAS RN 3441-14-3 ) and preparations based thereon with a colourant C.I. Direct Red 23 content of 90 % or more by weight\n0 %\n—\n31.12.2024\n0.6978\nex 3204 14 00\n40\nColourant C.I Direct Black 168, in powder form for leather dyeing (CAS RN 85631-88-5) and preparations based thereon with a colourant C.I. Direct Black 168 content by weight of 75 % or more, in powder form for leather dyeing\n0 %\n—\n31.12.2021\n0.7885\nex 3204 15 00\n20\nColourant C.I. Vat Blue 1 (CAS RN 482-89-3) and preparations based thereon with a colourant C.I. Vat Blue 1 content of 94 % or more by weight\n0 %\n—\n31.12.2024\n0.3997\nex 3204 15 00\n60\nColourant C.I. Vat Blue 4 (CAS RN 81-77-6) and preparations based thereon with a colourant C.I. Vat Blue 4 content of 50 % or more by weight\n0 %\n—\n31.12.2023\n0.6129\nex 3204 15 00\n70\nColourant C.I. Vat Red 1 (CAS RN 2379-74-0)\n0 %\n—\n31.12.2023\n0.6325\nex 3204 16 00\n30\nPreparations based on Colourant Reactive Black 5 (CAS RN 17095-24-8) with a content thereof of 60 % or more but not more than 75 % by weight, and including one or more of the following:\nColourant Reactive Yellow 201 (CAS RN 27624-67-5),\n1-Naphthalenesulphonicacid,4-amino-3-[[4-[[2-(sulphooxy)ethyl]sulphonyl]phenyl]azo]-, disodium salt (CAS RN 250688-43-8), or\n3,5-diamino-4-[[4-[[2-(sulphooxy)ethyl]sulphonyl]fenyl]azo]-2-[[2-sulfo-4-[[2-(sulphooxy)ethyl]sulfonyl]phenyl]azobenzoic acid sodium salt (CAS RN 906532-68-1)\n0 %\n—\n31.12.2024\n0.7367\nex 3204 16 00\n40\nAqueous solution of Colourant C.I. Reactive Red 141 (CAS RN 61931-52-0)\nwith a colourant C.I. Reactive Red 141 content of 13 % or more by weight, and\ncontaining a preservative\n0 %\n—\n31.12.2022\n0.2517\nex 3204 17 00\n10\nColourant C.I. Pigment Yellow 81 (CAS RN 22094-93-5) and preparations based thereon with a colourant C.I. Pigment Yellow 81 content of 50 % or more by weight\n0 %\n—\n31.12.2023\n0.5433\nex 3204 17 00\n15\nColourant C.I. Pigment Green 7 (CAS RN 1328-53-6) and preparations based thereon with a colourant C.I. Pigment Green 7 content of 40 % or more by weight\n0 %\n—\n31.12.2021\n0.6918\nex 3204 17 00\n16\nColourant C.I. Pigment Red 49:2 (CAS RN 1103-39-5) and preparations based thereon with a colourant C.I. Pigment Red 49:2 content of 60 % or more by weight\n0 %\n—\n31.12.2020\n0.7092\nex 3204 17 00\n18\nColourant C.I. Pigment Orange 16 (CAS RN 6505-28-8) and preparations based thereon with a colourant C.I. Pigment Orange 16 content of 90 % or more by weight\n0 %\n—\n31.12.2021\n0.6130\nex 3204 17 00\n19\nColourant C.I. Pigment Red 48:2 (CAS RN 7023-61-2) and preparations based thereon with a colourant C.I. Pigment Red 48:2 content of 85 % or more by weight\n0 %\n—\n31.12.2023\n0.5505\nex 3204 17 00\n20\nColourant C.I. Pigment Blue 15:3 (CAS RN 147-14-8) and preparations based thereon with a colourant C.I. Pigment Blue 15:3 content of 35 % or more by weight\n0 %\n—\n31.12.2021\n0.6279\nex 3204 17 00\n21\nColourant C.I. Pigment Blue 15:4 (CAS RN 147-14-8) and preparations based thereon with a colourant C.I. Pigment Blue 15:4 content of 35 % or more by weight\n0 %\n—\n31.12.2024\n0.5259\nex 3204 17 00\n22\nColourant C.I. Pigment Red 169 (CAS RN 12237-63-7) and preparations based thereon with a colourant C.I. Pigment Red 169 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.6246\nex 3204 17 00\n23\nColourant C.I. Pigment Brown 41 (CAS RN 211502-16-8 or CAS RN 68516-75-6)\n0 %\n—\n31.12.2024\n0.6453\nex 3204 17 00\n24\nColourant C.I. Pigment Red 57:1 (CAS RN 5281-04-9) and preparations based thereon with a Colourant C.I. Pigment Red 57:1 content of 20 % or more by weight\n0 %\n—\n31.12.2023\n0.5427\nex 3204 17 00\n25\nColourant C.I. Pigment Yellow 14 (CAS RN 5468-75-7) and preparations based thereon with a colourant C.I. Pigment Yellow 14 content of 25 % or more by weight\n0 %\n—\n31.12.2021\n0.7261\nex 3204 17 00\n26\nColourant C.I. Pigment Orange 13 (CAS RN 3520-72-7) and preparations based thereon with a colourant C.I. Pigment Orange 13 content of 80 % or more by weight\n0 %\n—\n31.12.2022\n0.7391\nex 3204 17 00\n29\nColourant C.I. Pigment Red 268 (CAS RN 16403-84-2) and preparations based thereon with a Colourant C.I. Pigment Red 268 content of 80 % or more by weight\n0 %\n—\n31.12.2022\n0.7659\nex 3204 17 00\n31\nColourant C.I. Pigment Red 63:1 (CAS RN 6417-83-0) and preparations based thereon with a colourant C.I. Pigment Red 63:1 content of 70 % or more by weight\n0 %\n—\n31.12.2023\n0.6603\nex 3204 17 00\n33\nColourant C.I. Pigment Blue 15:1 (CAS RN 147-14-8) and preparations based thereon with a colourant C.I. Pigment Blue 15:1 content of 35 % or more by weight\n0 %\n—\n31.12.2020\n0.5426\nex 3204 17 00\n35\nColourant C.I. Pigment Red 202 (CAS RN 3089-17-6) and preparations based thereon with a colourant C.I. Pigment Red 202 content of 70 % or more by weight\n0 %\n—\n31.12.2021\n0.7565\nex 3204 17 00\n37\nColourant C.I. Pigment Red 81:2 (CAS RN 75627-12-2) and preparations based thereon with a colourant C.I. Pigment Red 81:2 content of 30 % or more by weight\n0 %\n—\n31.12.2023\n0.4630\nex 3204 17 00\n40\nColourant C.I. Pigment Yellow 120 (CAS RN 29920-31-8) and preparations based thereon with a colourant C.I. Pigment Yellow 120 content of 50 % or more by weight\n0 %\n—\n31.12.2024\n0.6452\nex 3204 17 00\n45\nColourant C.I. Pigment Yellow 174 (CAS RN 78952-72-4), highly resinated pigment (approx. 35 % disproportionate resin), with a purity of 98 % by weight or more, in the form of extruded beads with a moisture content of not more than 1 % by weight\n0 %\n—\n31.12.2023\n0.5299\nex 3204 17 00\n65\nColourant C.I. Pigment Red 53 (CAS RN 2092-56-0) and preparations based thereon with a colourant C.I. Pigment Red 53 content of 50 % or more by weight\n0 %\n—\n31.12.2021\n0.5832\nex 3204 17 00\n75\nColourant C.I. Pigment Orange 5 (CAS RN 3468-63-1) and preparations based thereon with a colourant C.I. Pigment Orange 5 content of 80 % or more by weight\n0 %\n—\n31.12.2022\n0.5645\nex 3204 17 00\n80\nColourant C.I. Pigment Red 207 (CAS RN 71819-77-7) and preparations based thereon with a colourant C.I. Pigment Red 207 content of 50 % or more by weight\n0 %\n—\n31.12.2022\n0.5700\nex 3204 17 00\n85\nColourant C.I. Pigment Blue 61 (CAS RN 1324-76-1) and preparations based thereon with a colourant C.I. Pigment Blue 61 content of 35 % or more by weight\n0 %\n—\n31.12.2022\n0.5680\nex 3204 17 00\n88\nColourant C.I. Pigment Violet 3 (CAS RN 1325-82-2 or CAS RN 101357-19-1) and preparations based thereon with a colourant C.I. Pigment Violet 3 content of 90 % or more by weight\n0 %\n—\n31.12.2022\n0.6979\nex 3204 19 00\n13\nColourant C.I. Sulphur Black 1 (CAS RN 1326-82-5) and preparations based thereon with a colourant C.I. Sulphur Black 1 content of 75 % or more by weight\n0 %\n—\n31.12.2021\n0.6406\nex 3204 19 00\n14\nRed colourant preparation, in a form of wet paste, containing by weight:\n35 % or more but not more than 40 % of 1‐[[4‐(phenylazo)phenyl]azo]naphthalen-2-ol methyl derivatives (CAS RN 70879-65-1),\nnot more than 3 % of 1-(phenylazo)naphthalen-2-ol (CAS RN 842-07-9),\nnot more than 3 % of 1‐[(2‐methylphenyl)azo]naphthalen-2-ol (CAS RN 2646‐17‐5),\n55 % or more but not more than 65 % of water\n0 %\n—\n31.12.2024\n0.7262\nex 3204 19 00\n16\nColourant C.I Solvent Yellow 133 (CAS RN 51202-86-9) and preparations based thereon with a colourant C.I. Solvent Yellow 133 content of 97 % or more by weight\n0 %\n—\n31.12.2022\n0.5103\nex 3204 19 00\n71\nColourant C.I. Solvent Brown 53 (CAS RN 64696-98-6) and preparations based thereon with a colourant C.I. Solvent Brown 53 content of 95 % or more by weight\n0 %\n—\n31.12.2020\n0.5100\nex 3204 19 00\n73\nColourant C.I. Solvent Blue 104 (CAS RN 116-75-6) and preparations based thereon with a colourant C.I. Solvent Blue 104 content of 97 % or more by weight\n0 %\n—\n31.12.2020\n0.5282\nex 3204 19 00\n77\nColourant C.I. Solvent Yellow 98 (CAS RN 27870-92-4 or CAS RN 12671-74-8) and preparations based thereon with a colourant C.I. Solvent Yellow 98 content of 95 % or more by weight\n0 %\n—\n31.12.2021\n0.5671\nex 3204 19 00\n84\nColourant C.I. Solvent Blue 67 (CAS RN 12226-78-7) and preparations based thereon with a colourant C.I. Solvent Blue 67 content of 98 % or more by weight\n0 %\n—\n31.12.2022\n0.5395\nex 3204 20 00\n30\nColourant C.I. Fluorescent Brightener 351 (CAS RN 27344-41-8) and preparations based thereon with a colourant C.I. Fluorescent Brightener 351 content of 90 % or more by weight\n0 %\n—\n31.12.2021\n0.6473\nex 3204 90 00\n10\nColourant C.I Solvent Yellow 172 (also known as C.I. Solvent Yellow 135) (CAS RN 68427-35-0) and preparations based thereon with a colourant C.I Solvent Yellow 172 (also known as C.I. Solvent Yellow 135) content of 90 % or more by weight\n0 %\n—\n31.12.2024\n0.7326\nex 3204 90 00\n20\nPreparations of colourant C.I. Solvent Red 175 (CAS RN 68411-78-6) in petroleum distillates, hydrotreated light naphthenic (CAS RN 64742-53-6), containing by weight 40 % or more but not more than 60 % of a colourant C.I. Solvent Red 175\n0 %\n—\n31.12.2022\n0.3707\nex 3205 00 00\n10\nAluminium lakes prepared from dyes for use in the manufacture of pigments for the pharmaceutical industry\n0 %\n—\n31.12.2023\n0.7658\nex 3205 00 00\n20\nColourant C.I. Solvent Red 48 (CAS RN 13473-26-2) preparation, in a form of dry powder, containing by weight:\n16 % or more but not more than 25 % of Colourant C.I. Solvent Red 48 (CAS RN 13473-26-2),\n65 % or more but not more than 75 % of aluminium hydroxide (CAS RN 21645-51-2)\n0 %\n—\n31.12.2023\n0.7699\nex 3205 00 00\n30\nColourant C.I. Pigment Red 174 (CAS RN 15876-58-1) preparation, in a form of dry powder, containing by weight:\n16 % or more but not more than 21 % of Colourant C.I. Pigment Red 174 (CAS RN 15876-58-1),\n65 % or more but not more than 69 % of aluminium hydroxide (CAS RN 21645-51-2)\n0 %\n—\n31.12.2023\n0.3550\nex 3206 11 00\n10\nTitanium dioxide coated with isopropoxytitanium triisostearate, containing by weight 1,5 % or more but not more than 2,5 % of isopropoxytitanium triisostearate\n0 %\n—\n31.12.2023\n0.5378\nex 3206 19 00\n10\nPreparation containing by weight:\n72 % (± 2 %) of mica (CAS RN 12001-26-2), and\n28 % (± 2 %) of titanium dioxide (CAS RN 13463-67-7)\n0 %\n—\n31.12.2021\n0.3551\nex 3206 42 00\n10\nLithopone (CAS RN 1345-05-7)\n0 %\n—\n31.12.2023\n0.6245\nex 3206 49 70\n20\nColourant C.I. Pigment Blue 27 (CAS RN 14038-43-8)\n0 %\n—\n31.12.2024\n0.7305\nex 3206 49 70\n30\nColourant C.I. Pigment Black 12 (CAS RN 68187-02-0) and preparations based thereon with a C.I. Pigment Black 12 content of 50 % or more by weight\n0 %\n—\n31.12.2022\n0.7390\nex 3206 49 70\n40\nColourant C.I. Pigment Blue 27 (CAS RN 25869-00-5) and preparations thereon with a colourant C.I. Pigment Blue 27 content of 85 % or more by weight\n0 %\n—\n31.12.2022\n0.3673\n3206 50 00\nInorganic products of a kind used as luminophores\n0 %\n—\n31.12.2023\n0.6233\nex 3207 30 00\n20\nPrinting paste containing:\n30 % by weight or more, but not more than 50 % of silver, and\n8 % by weight or more, but not more than 17 % of palladium\n0 %\n—\n31.12.2024\n0.5830\nex 3207 40 85\n40\nGlass flakes (CAS RN 65997-17-3):\nof a thickness of 0,3 μm or more but not more than 10 μm, and\ncoated with titanium dioxide (CAS RN 13463-67-7) or iron oxide (CAS RN 18282-10-5)\n0 %\n—\n31.12.2022\n0.6727\nex 3208 10 10\n10\nThermoplastic polyester copolymer resin with a solid content of 30 % or more but not more than 50 %, in organic solvents\n0 %\n—\n31.12.2020\n0.2511\nex 3208 20 10\n10\nCopolymer of N -vinylcaprolactam, N -vinyl-2-pyrrolidone and dimethylaminoethyl methacrylate, in the form of a solution in ethanol containing by weight 34 % or more but not more than 40 % of copolymer\n0 %\n—\n31.12.2023\n0.4511\nex 3208 20 10\n20\nImmersion topcoat solution containing by weight 0,5 % or more but not more than 15 % of acrylate-methacrylate-alkenesulphonate copolymers with fluorinated side chains, in a solution of n-butanol and/or 4-methyl-2-pentanol and/or diisoamylether\n0 %\n—\n31.12.2023\n0.3967\nex 3208 90 19\n15\nChlorinated polyolefins, in a solution\n0 %\n—\n31.12.2023\n0.5564\nex 3208 90 19\nex 3904 69 80\n25\n89\nTetrafluoroethylene copolymer in butylacetate solution with a content of solvent of 50 % (± 2 %) by weight\n0 %\n—\n31.12.2022\n0.2504\nex 3208 90 19\n40\nPolymer of methylsiloxane, in the form of a solution in a mixture of acetone, butanol, ethanol and isopropanol, containing by weight 5 % or more but not more than 11 % of polymer of methylsiloxane\n0 %\n—\n31.12.2023\n0.6154\nex 3208 90 19\nex 3824 99 92\n45\n63\nPolymer consisting of a polycondensate of formaldehyde and naphthalenediol, chemically modified by reaction with an alkyne halide, dissolved in propylene glycol methyl ether acetate\n0 %\n—\n31.12.2023\n0.6989\nex 3208 90 19\n47\nSolution containing by weight:\n0,1 % or more but not more than 20 % of alkoxygroups containing siloxane polymer with alkyl or aryl substituents,\n75 % or more of an organic solvent containing one or more of propyleneglycolethylether (CAS RN 1569‐02‐4), propylene glycol mono methylether acetate (CAS RN 108-65-6) or propyleneglycol propylether (CAS RN 1569-01-3)\n0 %\n—\n31.12.2021\n0.2502\nex 3208 90 19\n50\nSolution containing by weight:\n(65 ± 10) % of γ -butyrolactone,\n(30 ± 10) % of polyamide resin,\n(3,5 ± 1,5 ) % of naphthoquinone ester derivative, and\n(1,5 ± 0,5 ) % of arylsilicic acid\n0 %\n—\n31.12.2023\n0.6726\nex 3208 90 19\n55\nPreparation of 5 % or more but not more than 20 % by weight of a copolymer of propylene and maleic anhydride, or a blend of polypropylene and a copolymer of propylene and maleic anhydride, or a blend of polypropylene and a copolymer of propylene, isobutene and maleic anhydride in an organic solvent\n0 %\n—\n31.12.2020\n0.4037\nex 3208 90 19\n60\nCopolymer of hydroxystyrene with one or more of the following:\nStyrene,\nAlkoxystyrene,\nAlkylacrylates,\ndissolved in ethyl lactate\n0 %\n—\n31.12.2021\n0.6005\nex 3208 90 19\n65\nSilicones containing 50 % by weight or more of xylene and not more than 25 % by weight of silica, of a kind used for the manufacture of long term surgical implants\n0 %\n—\n31.12.2024\n0.4301\nex 3208 90 19\n75\nAcenaphthalene copolymer in ethyl lactate solution\n0 %\n—\n31.12.2022\n0.3662\nex 3215 11 00\nex 3215 19 00\n10\n10\nPrinting ink, liquid, consisting of a dispersion of a vinyl acrylate copolymer and colour pigments in isoparaffins, containing by weight not more than 13 % of vinyl acrylate copolymer and colour pigments\n0 %\n—\n31.12.2023\n0.5777\nex 3215 19 00\n20\nInk:\nconsisting of a polyester polymer and a dispersion of silver (CAS RN 7440-22-4) and silver chloride (CAS RN 7783-90-6) in methyl propyl ketone (CAS RN 107-87-9),\nwith a total solid content by weight of 55 % or more, but not more than 57 %, and\nwith a specific density of 1,40 g/cm 3 or more, but not more than 1,60 g/cm 3 ,\nfor use in the manufacture of electrodes\n0 %\nl\n31.12.2022\n0.2506\nex 3215 90 70\n10\nInk formulation, for use in the manufacture of ink-jet cartridges\n0 %\n—\n31.12.2023\n0.2501\nex 3215 90 70\n20\nHeat sensitive ink fixed on a plastic film\n0 %\n—\n31.12.2023\n0.4533\nex 3215 90 70\n30\nDisposable cartridge ink, containing by weight:\n1 % or more, but not more than 10 % of amorphous silicon dioxide, or\n3,8 % or more of dye C.I. Solvent Black 7 in organic solvents,\nfor use in the marking of integrated circuits\n0 %\n—\n31.12.2023\n0.5031\nex 3215 90 70\n40\nDry ink powder with a base of hybrid resin (made from polystyrene acrylic resin and polyester resin) mixed with:\nwax,\na vinyl-based polymer, and\na colouring agent,\nfor use in the manufacture of toner bottles for photocopiers, fax machines, printers and multifunction devices\n0 %\n—\n31.12.2020\n0.3661\n3301 12 10\nEssential oil of orange, not deterpenated\n0 %\n—\n31.12.2023\n0.4863\nex 3402 11 90\n10\nSodium lauroyl methyl isethionate\n0 %\n—\n31.12.2020\n0.4002\nex 3402 13 00\n10\nVinyl copolymer surface active agent based on polypropylene glycol\n0 %\n—\n31.12.2023\n0.4277\nex 3402 13 00\n20\nSurfactant containing 1,4-dimethyl-1,4- bis (2-methylpropyl)-2-butyne-1,4-diyl ether, polymerised with oxirane, methyl terminated\n0 %\n—\n31.12.2022\n0.6285\nex 3402 90 10\n10\nSurface-active mixture of methyltri-C8-C10-alkylammonium chlorides\n0 %\n—\n31.12.2024\n0.3660\nex 3402 90 10\n20\nMixture of docusate sodium (INN) and sodium benzoate\n0 %\n—\n31.12.2023\n0.4935\nex 3402 90 10\n30\nSurface-active preparation, consisting of a mixture of sodium docusate and ethoxylated 2,4,7,9-tetramethyldec-5-yne-4,7-diol (CAS RN 577-11-7 and 9014-85-1)\n0 %\n—\n31.12.2020\n0.4939\nex 3402 90 10\n50\nSurface-active preparation, consisting of a mixture of polysiloxane and poly(ethylene glycol)\n0 %\n—\n31.12.2020\n0.4675\nex 3402 90 10\n60\nSurface-active preparation, containing 2-ethylhexyloxymethyl oxirane\n0 %\n—\n31.12.2020\n0.4676\nex 3402 90 10\n70\nSurface-active preparation, containing ethoxylated 2,4,7,9‐tetramethyl-5-decyne-4,7-diol (CAS RN 9014-85-1)\n0 %\n—\n31.12.2024\n0.7508\nex 3501 90 90\n10\nNon edible sodium caseinate (CAS RN 9005-46-3) in the form of powder with a protein content of more than 88 % by weight for use in the production of thermoplastic granules\n0 %\n—\n31.12.2023\n0.2498\nex 3506 91 90\n10\nAdhesive based on an aqueous dispersion of a mixture of dimerised rosin and a copolymer of ethylene and vinyl acetate (EVA)\n0 %\n—\n31.12.2023\n0.4003\nex 3506 91 90\n30\nTwo component microencapsulated epoxy adhesive dispersed in a solvent\n0 %\n—\n31.12.2023\n0.4313\nex 3506 91 90\n40\nAcrylic pressure sensitive adhesive with a thickness of 0,076 mm or more but not more than 0,127 mm, put up in rolls of a width of 45,7 cm or more but not more than 132 cm supplied on a release liner with an initial peel adhesion release value of not less than 15 N/25 mm (measured according to ASTM D3330)\n0 %\n—\n31.12.2024\n0.6725\nex 3506 91 90\n50\nPreparation containing by weight:\n15 % or more but not more than 60 % of styrene butadiene copolymers or styrene isoprene copolymers, and\n10 % or more but not more than 30 % of pinene polymers or pentadiene copolymers,\ndissolved in:\nMethyl ethyl ketone (CAS RN 78-93-3),\nHeptane (CAS RN 142-82-5), and\nToluene (CAS RN 108-88-3) or light aliphatic solvent naphtha (CAS RN 64742-89-8)\n0 %\n—\n31.12.2020\n0.7268\nex 3506 91 90\n60\nTemporary wafer-bonding adhesive material in the form of a suspension of a solid polymer in D-limonene (CAS RN 5989‐27‐5) with a polymeric content by weight of 25 % or more but not more than 35 %\n0 %\nl\n31.12.2022\n0.7267\nex 3506 91 90\n70\nTemporary wafer-bonding release in the form of a suspension of a solid polymer in cyclopentanone (CAS RN 120-92-3) with a polymeric content of not more than 10 % by weight\n0 %\nl\n31.12.2022\n0.6293\nex 3507 90 90\n10\nPreparation of Achromobacter lyticus protease (CAS RN 123175-82-6) for use in the manufacture of human and analogue insulin products\n0 %\n—\n31.12.2024\n0.6798\nex 3507 90 90\n20\nCreatine amidinohydrolase (CAS RN 37340-58-2)\n0 %\n—\n31.12.2020\n0.7050\nex 3507 90 90\n30\nSalicylate 1-monooxygenase (CAS RN 9059-28-3) in aqueous solution with:\nan enzyme concentration of 6,0 U/ml or more, but not more than 7,4 U/ml,\na concentration by weight of sodium azide (CAS RN 26628-22-8) of not more than 0,09 %, and\na pH value of 6,5 or more, but not more than 8,5\n0 %\n—\n31.12.2021\n0.4922\nex 3601 00 00\n10\nPyrotechnical powder in the form of granulate of cylindrical shape, composed of strontium nitrate or copper nitrate in the solution of nitroguanidine, binder and additives, used as a component of airbag inflators\n0 %\n—\n31.12.2021\n0.7318\nex 3603 00 60\n10\nIgniters for gas generators with an overall maximum length of 20,34 mm or more but not more than 29,4 mm and a pin length of 6,68 mm (±0,3 mm) or more but not more than 7,54 mm (±0,3 mm)\n0 %\n—\n31.12.2022\n0.7338\nex 3707 10 00\n60\nSensitising emulsion, containing by weight:\nnot more than 5 % of photoacid generator,\n2 % or more but not more than 50 % of phenolic resins, and\nnot more than 7 % of epoxy-containing derivatives,\ndissolved in heptan-2-one and/or ethyllactate\n0 %\n—\n31.12.2022\n0.5465\nex 3801 90 00\n10\nExpandable graphite (CAS RN 90387-90-9 and CAS RN 12777‐87-6)\n0 %\n—\n31.12.2021\n0.6759\nex 3802 10 00\n10\nMixture of activated carbon and polyethylene, in form of powder\n0 %\n—\n31.12.2020\n0.7368\nex 3802 10 00\n20\nChemically activated carbon in granular form with a Butane Working Capacity of 11 g butane/100 ml or more (as determined by the ASTM D 5228 method) used for vapour absorption and desorption in emission control canisters of motor vehicles\n0 %\n—\n31.12.2022\n0.7441\nex 3802 10 00\n30\nChemically activated carbon in pellet (cylindrical) form, with:\na diameter of 2 mm or more but not more than 3 mm, and\na Butane Working Capacity of 5 g butane/100ml or more (as determined by the ASTM D 5228 method),\nused for vapour absorption and desorption in emission control canisters of motor vehicles\n0 %\n—\n31.12.2021\n0.2987\n3805 90 10\nPine oil\n1,7 %\n—\n31.12.2023\n0.2990\nex 3808 91 90\n10\nIndoxacarb (ISO) and its ( R ) isomer, fixed on a support of silicon dioxide\n0 %\n—\n31.12.2023\n0.2988\nex 3808 91 90\n30\nPreparation containing endospores or spores and protein crystals derived from either:\nBacillus thuringiensis Berliner subsp. aizawai and kurstaki , or\nBacillus thuringiensis subsp. kurstaki , or\nBacillus thuringiensis subsp. israelensis , or\nBacillus thuringiensis subsp. aizawai , or\nBacillus thuringiensis subsp. tenebrionis\n0 %\n—\n31.12.2024\n0.2983\nex 3808 91 90\n40\nSpinosad (ISO)\n0 %\n—\n31.12.2023\n0.5710\nex 3808 91 90\n60\nSpinetoram (ISO) (CAS RN 935545-74-7), preparation of two spinosyn components (3'-ethoxy-5,6-dihydro spinosyn J) and (3'‐ethoxy-spinosyn L)\n0 %\n—\n31.12.2022\n0.6874\nex 3808 92 30\n10\nMancozeb (ISO) (CAS RN 8018-01-7) imported in immediate packings of a content of 500 kg or more\n0 %\n—\n31.12.2020\n0.2986\nex 3808 92 90\n10\nFungicide in the form of a powder, containing by weight 65 % or more but not more than 75 % of hymexazole (ISO), not put up for retail sale\n0 %\n—\n31.12.2023\n0.2984\nex 3808 92 90\n30\nPreparation consisting of a suspension of pyrithione zinc (INN) in water, containing by weight:\n24 % or more but not more than 26 % of pyrithione zinc (INN), or\n39 % or more but not more than 41 % of pyrithione zinc (INN)\n0 %\n—\n31.12.2023\n0.4843\nex 3808 92 90\n50\nPreparations based on copper pyrithione (CAS RN 14915-37-8)\n0 %\n—\n31.12.2024\n0.5137\nex 3808 93 27\n40\nPreparation, consisting of a suspension of tepraloxydim (ISO), containing by weight:\n30 % or more of tepraloxydim (ISO), and\nnot more than 70 % of a petroleum fraction consisting of aromatic hydrocarbons\n0 %\n—\n31.12.2021\n0.4753\nex 3808 93 90\n10\nPreparation, in the form of granules, containing by weight:\n38,8 % or more but not more than 41,2 % of Gibberellin A3, or\n9,5 % or more but not more than 10,5 % of Gibberellin A4 and A7\n0 %\n—\n31.12.2024\n0.5048\nex 3808 93 90\n20\nPreparation consisting of benzyl(purin-6-yl)amine in a glycol solution, containing by weight:\n1,88 % or more but not more than 2,00 % of benzyl(purin-6-yl)amine,\nof a kind used in plant growth regulators\n0 %\n—\n31.12.2020\n0.5030\nex 3808 93 90\n30\nAqueous solution containing by weight:\n1,8 % of sodium para-nitrophenolate,\n1,2 % of sodium ortho-nitrophenolate,\n0,6 % of sodium 5-nitroguaiacolate,\nfor use in the manufacture of a plant growth regulator\n0 %\n—\n31.12.2020\n0.5039\nex 3808 93 90\n40\nMixed white powder containing by weight:\n3 % or more but not more than 3,6 % of 1‐methylcyclopropene with a purity more than 96 %, and\ncontaining less than 0,05 % of each impurity of 1‐chloro-2-methylpropene and 3‐chloro‐2‐methylpropene,\nfor use in the manufacture of a growth regulator of post-harvest fruits, vegetables and ornamentals with a specific generator\n0 %\n—\n31.12.2020\n0.5088\nex 3808 93 90\n50\nPreparation in the form of powder, containing by weight:\n55 % or more of Gibberellin A4,\n1 % or more but not more than 35 % of Gibberellin A7,\n90 % or more of Gibberellin A4 and Gibberellin A7 combined,\nnot more than 10 % of a combination of water and other naturally occurring Gibberellins,\nof a kind used in plant growth regulators\n0 %\n—\n31.12.2020\n0.7413\nex 3808 93 90\n60\nPreparation in the form of tablets containing by weight:\n0,55 % or more but not more than 2,50 % of 1‐methylcyclopropene (1-MCP) (CAS RN 3100-04-7) with a minimum purity of 96 % or more, and\nless than 0,05 % of each of the two impurities, 1‐chloro‐2-methylpropene (CAS RN 513-37-1) and 3‐chloro‐2‐methylpropene (CAS RN 563-47-3),\nfor coating\n0 %\n—\n31.12.2022\n0.6532\nex 3808 94 20\n30\nBromochloro-5,5-dimethylimidazolidine-2,4-dione (CAS RN 32718-18-6) containing:\n1,3-Dichloro-5,5-dimethylimidazolidine-2,4-dione (CAS RN 118-52-5),\n1,3-Dibromo-5,5-dimethylimidazolidine-2,4-dione (CAS RN 77-48-5),\n1-Bromo,3-chloro-5,5-dimethylimidazolidine-2,4-dione (CAS RN 16079-88-2), and\n1-Chloro,3-bromo-5,5-dimethylimidazolidine-2,4-dione (CAS RN 126-06-7)\n0 %\n—\n31.12.2024\n0.4920\nex 3808 99 90\n10\nOxamyl (ISO) (CAS RN 23135-22-0) in a solution of cyclohexanone and water\n0 %\n—\n31.12.2020\n0.6000\nex 3808 99 90\n20\nAbamectin (ISO) (CAS RN 71751-41-2)\n0 %\n—\n31.12.2023\n0.2557\nex 3809 91 00\n10\nMixture of 5-ethyl-2-methyl-2-oxo-1,3,2 λ 5 -dioxaphosphoran-5-ylmethyl methyl methylphosphonate and bis(5-ethyl-2-methyl-2-oxo-1,3,2 λ 5 -dioxaphosphoran-5-ylmethyl) methylphosphonate\n0 %\n—\n31.12.2023\n0.4406\nex 3810 10 00\n10\nSoldering or welding paste, consisting of a mixture of metals and resin containing by weight:\n70 % or more, but not more than 90 % of tin,\nnot more than 10 % of one or more metals of silver, copper, bismuth, zinc, or indium,\nfor use in the electro technical industry\n0 %\n—\n31.12.2023\n0.4510\nex 3811 19 00\n10\nSolution of more than 61 % but not more than 63 % by weight of methylcyclopentadienyl manganese tricarbonyl in an aromatic hydrocarbon solvent, containing by weight not more than:\n4,9 % of 1,2,4-trimethyl-benzene,\n4,9 % of naphthalene, and\n0,5 % of 1,3,5-trimethyl-benzene\n0 %\n—\n31.12.2024\n0.3448\nex 3811 21 00\n10\nSalts of dinonylnaphthalenesulphonic acid, in the form of a solution in mineral oils\n0 %\n—\n31.12.2023\n0.7223\nex 3811 21 00\n11\nDispersing agent and oxidation inhibitor containing:\no-amino polyisobutylenephenol (CAS RN 78330-13-9),\nmore than 30 % by weight but not more than 50 % by weight of mineral oils,\nused in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2021\n0.6904\nex 3811 21 00\n12\nDispersing agent containing:\nesters of polyisobutenyl succinic acid and pentaerythritol (CAS RN 103650-95-9),\n35 % or more but not more than 55 % by weight of mineral oils, and\nwith a chlorine content of not more than 0,05 % by weight,\nused in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2020\n0.6018\nex 3811 21 00\n13\nAdditives containing:\nborated magnesium (C16-C24) alkylbenzene sulphonates, and\nmineral oils,\nhaving a total base number (TBN) of more than 250, but not more than 350, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.6906\nex 3811 21 00\n14\nDispersing agent:\ncontaining polyisobutene succinimide derived from reaction products of polyethylenepolyamines with polyisobutenyl succinic anhydride (CAS RN 147880-09-9),\ncontaining 35 % or more but not more than 55 % by weight of mineral oils,\nwith a chlorine content by weight of not more than 0,05 %,\nhaving a total base number of less than 15,\nused in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2020\n0.6907\nex 3811 21 00\n16\nDetergent containing:\nCalcium salt of beta-aminocarbonyl alkylphenol (reaction product Mannich base of alkylphenol),\n40 % or more but not more than 60 % by weight of mineral oils, and\nhaving a total base number more than 120,\nused in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2020\n0.6905\nex 3811 21 00\n18\nDetergent containing:\nlong chain alkyltoluene calcium sulphonates,\nmore than 30 % but not more than 50 % by weight of mineral oils, and\nhaving a total base number of more than 310 but not more than 340,\nused in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2020\n0.6430\nex 3811 21 00\n19\nAdditives containing:\na polyisobutylene succinimide based mixture, and\nmore than 30 % but not more than 50 % by weight of mineral oils,\nhaving a total base number of more than 40, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.3449\nex 3811 21 00\n20\nAdditives for lubricating oils, based on complex organic molybdenum compounds, in the form of a solution in mineral oil\n0 %\n—\n31.12.2023\n0.6012\nex 3811 21 00\n25\nAdditives containing:\na (C8-18) alkyl polymethacrylate copolymer with N‐[3‐(dimethylamino)propyl]methacrylamide, of an average molecular weight (Mw) of more than 10 000 but not more than 20 000 , and\nmore than 15 %, but not more than 30 % by weight of mineral oils,\nfor use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.6022\nex 3811 21 00\n27\nAdditives containing:\n10 % or more by weight of an ethylene-propylene copolymer chemically modified by succinic anhydride groups reacted with 3-nitroaniline, and\nmineral oils,\nfor use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.5717\nex 3811 21 00\n30\nAdditives for lubricating oils, containing mineral oils, consisting of calcium salts of reaction products of polyisobutylene substituted phenol with salicylic acid and formaldehyde, used as a concentrated additive for the manufacture of engine oils through a blending process\n0 %\n—\n31.12.2022\n0.6013\nex 3811 21 00\n33\nAdditives containing:\ncalcium salts of heptylphenol reaction products with formaldehyde (CAS RN 84605-23-2), and\nmineral oils,\nhaving a total base number (TBN) of more than 40 but not more than 100, for use in the manufacture of lubricating oils or overbased detergents for use in lubricating oils\n0 %\n—\n31.12.2024\n0.6016\nex 3811 21 00\n37\nAdditives containing:\na styrene-maleic anhydride copolymer esterified with C4-C20 alcohols, modified by aminopropylmorpholine, and\nmore than 50 % but not more than 75 % by weight of mineral oils,\nfor use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.6435\nex 3811 21 00\n48\nAdditives containing\noverbased magnesium (C20-C24) alkylbenzenesulphonates (CAS RN 231297-75-9), and\nby weight more than 25 % but not more than 50 % of mineral oils,\nhaving a total base number of more than 350, but not more than 450, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.5727\nex 3811 21 00\n50\nAdditives for lubricating oils,\nbased on calcium C16-24 alkylbenzenesulphonates (CAS RN 70024-69-0),\ncontaining mineral oils,\nused as a concentrated additive for the manufacture of engine oils through a blending process\n0 %\n—\n31.12.2022\n0.6437\nex 3811 21 00\n53\nAdditives containing:\noverbased calcium petroleum sulphonates (CAS 68783-96-0) with a sulphonate content by weight of 15 % or more, but not more than 30 %, and\nby weight more than 40 % but not more than 60 % of mineral oils,\nhaving a total base number of 280 or more but not more than 420, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.6434\nex 3811 21 00\n55\nAdditives containing:\nlow base number calcium polypropylbenzenesulphonate (CAS RN 75975-85-8) and\nby weight more than 40 % but not more than 60 % of mineral oils,\nhaving a total base number of more than 10 but not more than 25, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.5724\nex 3811 21 00\n60\nAdditives for lubricating oils, containing mineral oils:\nbased on calcium polypropylenyl substituted benzenesulphonate (CAS RN 75975-85-8) with a content by weight of 25 % or more but not more than 35 %,\nwith a total base number (TBN) of 280 or more but not more than 320,\nused as a concentrated additive for the manufacture of engine oils through a blending process\n0 %\n—\n31.12.2022\n0.6431\nex 3811 21 00\n63\nAdditives containing:\nan overbased mixture of calcium petroleum sulphonates (CAS RN 61789-86-4) and synthetic calcium alkylbenzenesulphonates (CAS RN 68584-23-6 and CAS RN 70024-69-0) with a total sulphonate content by weight of 15 % or more, but not more than 25 %, and\nby weight more than 40 % but not more than 60 % of mineral oils,\nhaving a total base number of 280 or more but not more than 320, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.6429\nex 3811 21 00\n65\nAdditives containing:\na polyisobutylene succinimide based mixture (CAS RN 160610-76-4), and\nmore than 35 % but not more than 50 % by weight of mineral oils,\nhaving a sulphur content of more than 0,7 % but not more than 1,3 % by weight, having a total base number of more than 8, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.5711\nex 3811 21 00\n70\nAdditives for lubricating oils:\ncontaining polyisobutylene succinimide derived from reaction products of polyethylenepolyamines with polyisobutenyl succinic anhydride (CAS RN 84605‐20‐9),\ncontaining mineral oils,\nwith a chlorine content by weight of 0,05 % or more but not more than 0,25 %,\nwith a total base number (TBN) of more than 20,\nused as a concentrated additive for the manufacture of engine oils through a blending process\n0 %\n—\n31.12.2022\n0.6017\nex 3811 21 00\n73\nAdditives containing:\nborated succinimide compounds (CAS RN 134758‐95‐5),\nmineral oils, and\nhaving a total base number (TBN) greater than 40,\nfor use in the manufacture of additive mixtures for lubricating oils\n0 %\n—\n31.12.2023\n0.6671\nex 3811 21 00\n75\nAdditives containing:\nCalcium (C10-C14) dialkylbenzenesulfonates,\nmore than 40 %, but not more than 60 % by weight of mineral oils,\nwith a total base number of not more than 10, for use in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2020\n0.6669\nex 3811 21 00\n77\nAntifoam additives consisting of:\na copolymer of 2-ethylhexyl acrylate and ethyl acrylate, and\nmore than 50 % but not more than 80 % by weight of mineral oils,\nfor use in the manufacture of additive blends for lubricating oils\n0 %\n—\n31.12.2020\n0.6666\nex 3811 21 00\n80\nAdditives containing:\npolyisobutylene aromatic polyamine succinimide,\nmore than 40 % but not more than 60 % by weight of mineral oils,\nwith a nitrogen content of more than 0,6 % but not more than 0,9 % by weight, for use in the manufacture of additive blends for lubricating oils\n0 %\n—\n31.12.2020\n0.6498\nex 3811 21 00\n83\nAdditives containing:\npolyisobutene succinimide derived from reaction of polyethylenepolyamines with polyisobutenyl succinic anhydride (CAS RN 84605-20-9),\nmore than 31,9 % but not more than 43,3 % by weight of mineral oils,\nnot more than 0,05 % by weight chlorine, and\nhaving a total base number (TBN) greater than 20,\nfor use in the manufacture of additives blends for lubricating oils\n0 %\n—\n31.12.2024\n0.5718\nex 3811 21 00\n85\nAdditives:\ncontaining more than 20 % or more but not more than 45 % by weight of mineral oils,\nbased on a mixture of branched dodecylphenol sulfide calcium salts, whether or not carbonated,\nfor use in the manufacture of blends of additives\n0 %\n—\n31.12.2022\n0.6438\nex 3811 29 00\n15\nAdditives containing:\nproducts from the reaction of branched heptyl phenol with formaldehyde, carbon disulphide and hydrazine (CAS RN 93925-00-9), and\nmore than 15 % but not more than 28 % by weight of light aromatic petroleum naphtha solvent,\nfor use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.7512\nex 3811 29 00\n18\nAdditives consisting of dihydroxy butanedioic acid – (mixed C12-16-alkyl and C13-rich C11-14-isoalkyl) diester, for use in the manufacture of engine oils\n0 %\n—\n31.12.2023\n0.5721\nex 3811 29 00\n20\nAdditives for lubricating oils, consisting of reaction products of bis(2-methylpentan-2-yl)dithiophosphoric acid with propylene oxide, phosphorus oxide, and amines with C12-14 alkyl chains, used as a concentrated additive for the manufacture of lubricating oils\n0 %\n—\n31.12.2022\n0.6432\nex 3811 29 00\n25\nAdditives containing at least salts of primary amines and mono- and di-alkylphosphoric acids, for use in the manufacture of lubricating oils or greases\n0 %\n—\n31.12.2024\n0.5723\nex 3811 29 00\n30\nAdditives for lubricating oils, consisting of reaction products of butyl-cyclohex-3-enecarboxylate, sulphur and triphenyl phosphite (CAS RN 93925-37-2), used as a concentrated additive for the manufacture of engine oils through a blending process\n0 %\n—\n31.12.2022\n0.6433\nex 3811 29 00\n35\nAdditives consisting of an imidazoline based mixture (CAS RN 68784-17-8), for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.5728\nex 3811 29 00\n40\nAdditives for lubricating oils, consisting of reaction products of 2-methyl-prop-1-ene with sulphur monochloride and sodium sulphide (CAS RN 68511-50-2), with a chlorine content by weight of 0,01 % or more but not more than 0,5 %, used as a concentrated additive for the manufacture of lubricating oils\n0 %\n—\n31.12.2022\n0.6436\nex 3811 29 00\n45\nAdditives consisting of a mixture of (C7-C9) dialkyl adipates, in which diisooctyl adipate (CAS RN 1330-86-5) is more than 85 % by weight of the mixture, for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.5719\nex 3811 29 00\n50\nAdditives for lubricating oils, consisting of a mixture of N,N ‐dialkyl -2-hydroxyacetamides with alkyl chain lengths between 12 and 18 carbon atoms (CAS RN 866259-61-2), used as a concentrated additive for the manufacture of engine oils through a blending process\n0 %\n—\n31.12.2022\n0.6668\nex 3811 29 00\n65\nAdditives consisting of a sulphurised mixture of vegetable oil, long chain α-olefins and tall oil fatty acids, with a sulphur content of 8 % or more but not more than 12 % by weight, for use in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2020\n0.6020\nex 3811 29 00\n70\nAdditives consisting of dialkylphosphites (in which the alkyl groups contain more than 80 % by weight of oleyl, palmityl and stearyl groups), for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.7205\nex 3811 29 00\n75\nOxidation inhibitor mainly containing a mixture of isomers of 1‐(tert-dodecylthio)propan-2-ol (CAS RN 67124-09-8), used in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2021\n0.6021\nex 3811 29 00\n80\nAdditives containing:\nmore than 70 % by weight of 2,5-bis( tert -nonyldithio)-[1,3,4]-thiadiazole (CAS RN 89347-09-1), and\nmore than 15 % by weight of 5-( tert -nonyldithio)-1,3,4-thiadiazole-2(3H)-thione (CAS RN 97503-12-3),\nfor use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.6023\nex 3811 29 00\n85\nAdditives consisting of a mixture of 3‐((C9‐11)‐isoalkyloxy)tetrahydrothiophene 1,1-dioxide, C10‐rich (CAS RN 398141‐87-2), for use in the manufacture of lubricating oils\n0 %\n—\n31.12.2024\n0.3730\nex 3811 90 00\n10\nDinonylnaphthylsulphonic acid salt, in a mineral oil solution\n0 %\n—\n31.12.2023\n0.5565\nex 3811 90 00\n40\nSolution of a quaternary ammonium salt based on polyisobutenyl succinimide, containing by weight 10 % or more but not more than 29,9 % of 2-ethylhexanol\n0 %\n—\n31.12.2022\n0.7204\nex 3811 90 00\n50\nCorrosion inhibitor containing:\npolyisobutenyl succinic acid, and\nmore than 5 % and not more than 20 % by weight of mineral oils,\nfor use in the manufacture of blends of additives for fuels\n0 %\n—\n31.12.2021\n0.5147\nex 3812 10 00\n10\nRubber accelerator based on diphenyl guanidine granules (CAS RN 102-06-7)\n0 %\n—\n31.12.2021\n0.6045\nex 3812 20 90\n10\nPlasticiser, containing:\nbis(2-ethylhexyl)-1,4-benzene dicarboxylate (CAS RN 6422-86-2),\nmore than 10 % but not more than 60 % by weight of dibutylterephthalate (CAS RN 1962-75-0)\n0 %\n—\n31.12.2023\n0.3444\nex 3812 39 90\n20\nMixture containing predominantly bis(2,2,6,6-tetramethyl-1-octyloxy-4-piperidyl) sebacate\n0 %\n—\n31.12.2023\n0.6055\nex 3812 39 90\n25\nUV photo stabiliser containing:\nα-[3-[3-(2H-Benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxyphenyl]-1-oxopropyl]-ω-hydroxypoly(oxy-1,2-ethanediyl) (CAS RN 104810-48-2),\nα-[3-[3-(2H-Benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxyphenyl]-1-oxopropyl]-ω-[3-[3-(2H-benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxyphenyl]-1-oxopropoxy]poly (oxy-1,2-ethanediyl) (CAS RN 104810-47-1),\npolyethylene glycol of a weight average molecular weight (Mw) of 300 (CAS RN 25322-68-3),\nbis (1,2,2,6,6-pentamethyl-4-piperidyl)sebacate (CAS RN 41556-26-7), and\nmethyl-1,2,2,6,6-pentamethyl-4- piperidyl sebacate (CAS RN 82919-37-7)\n0 %\n—\n31.12.2023\n0.3446\nex 3812 39 90\n30\nCompound stabilisers containing by weight 15 % or more but not more than 40 % of sodium perchlorate and not more than 70 % of 2-(2-methoxyethoxy)ethanol\n0 %\n—\n31.12.2024\n0.6054\nex 3812 39 90\n35\nMixture containing by weight:\n25 % or more but not more than 55 % of a mixture of C15-18 tetramethylpiperidinyl esters (CAS RN 86403‐32-9),\nnot more than 20 % of other organic compounds,\non a carrier of polypropylene (CAS RN 9003-07-0) or amorphous silica (CAS RN 7631-86-9 or 112926-00-8)\n0 %\n—\n31.12.2023\n0.4861\nex 3812 39 90\n40\nMixture of:\n80 % (± 10 %) by weight of 2-ethylhexyl 10-ethyl-4,4-dimethyl-7-oxo-8-oxa-3,5-dithia-4-stannatetradecanoate (CAS RN 57583-35-4), and\n20 % (± 10 %) by weight of 2-ethylhexyl 10-ethyl-4-[[2-[(2-ethylhexyl)oxy]-2-oxoethyl]thio]-4-methyl-7-oxo-8-oxa-3,5-dithia-4-stannatetradecanoate (CAS RN 57583-34-3)\n0 %\n—\n31.12.2023\n0.5477\nex 3812 39 90\n55\nUV-stabilizer, containing:\n2-(4,6-bis(2,4-dimethylphenyl)-1,3,5-triazin-2-yl)-5-(octyloxy)-phenol (CAS RN 2725-22-6), and\neither N,N'-bis(1,2,2,6,6-pentamethyl-4-piperidinyl)-1,6-hexanediamine, polymer with 2,4- dichloro-6-(4-morpholinyl)-1,3,5-triazine (CAS RN 193098-40-7), or\nN,N'-bis(2,2,6,6-tetramethyl-4-piperidinyl)-1,6-hexanediamine, polymer with 2,4- dichloro-6-(4-morpholinyl)-1,3,5-triazine (CAS RN 82451-48-7)\n0 %\n—\n31.12.2021\n0.5483\nex 3812 39 90\n65\nStabiliser for plastic material containing:\n2-ethylhexyl 10-ethyl-4,4-dimethyl-7-oxo-8-oxa-3,5-dithia-4-stannatetradecanoate (CAS RN 57583-35-4),\n2-ethylhexyl 10-ethyl-4-[[2-[(2-ethylhexyl)oxy]-2-oxoethyl]thio]-4-methyl-7-oxo-8-oxa-3,5-dithia-4-stannatetradecanoate (CAS RN 57583-34-3), and\n2-ethylhexyl mercaptoacetate (CAS RN 7659-86-1)\n0 %\n—\n31.12.2021\n0.5372\nex 3812 39 90\n70\nLight stabiliser containing:\nbranched and linear alkyl esters of 3-(2H-benzotriazolyl)-5-(1,1-dimethylethyl)-4-hydroxybenzenepropanoic acid (CAS RN 127519-17-9), and\n1-methoxy-2-propyl acetate (CAS RN 108-65-6)\n0 %\n—\n31.12.2021\n0.5822\nex 3812 39 90\n80\nUV-stabilizer, consisting of:\na hindered amine: N,N' -bis(1,2,2,6,6-pentamethyl-4-piperidinyl)-1,6-hexanediamine, polymer with 2,4-dichloro-6-(4-morpholinyl)-1,3,5-triazine (CAS RN 193098-40-7), and\neither an o-hydroxyphenyl triazine UV light absorber, or\na chemically modified phenolic compound\n0 %\n—\n31.12.2022\n0.3441\nex 3814 00 90\n20\nMixture containing by weight:\n69 % or more but not more than 71 % of 1‐methoxypropan-2-ol (CAS RN 107-98-2),\n29 % or more but not more than 31 % of 2‐methoxy‐1‐methylethyl acetate (CAS RN 108-65-6)\n0 %\n—\n31.12.2023\n0.3731\nex 3814 00 90\n40\nAzeotrope mixtures containing isomers of nonafluorobutyl methyl ether and/or nonafluorobutyl ethyl ether\n0 %\n—\n31.12.2023\n0.2800\nex 3815 12 00\n10\nCatalyst, in the form of granules or rings of a diameter of 3 mm or more but not more than 10 mm, consisting of silver on an aluminium oxide support and containing by weight 8 % or more but not more than 40 % of silver\n0 %\n—\n31.12.2023\n0.7574\nex 3815 12 00\n20\nSpherical catalyst consisting of a support of aluminium oxide coated with platinum, with:\na diameter of 1,4 mm or more but not more than 2,0 mm, and\na platinum content by weight of 0,2 % or more but not more than 0,5 %\n0 %\n—\n31.12.2023\n0.7585\nex 3815 12 00\n30\nCatalyst:\ncontaining 0,3 gram per litre or more, but not more than 7 gram per litre of precious metals,\ndeposited on a ceramic honeycomb structure coated with aluminium oxide or cerium/zirconium oxide,\nthe honeycomb structure having:\na nickel content of 1,26 % by weight or more, but not more than 1,29 % by weight,\n62 cells per cm 2 or more, but not more than 140 cells per cm 2 ,\na diameter of 100 mm or more, but not more than 120 mm, and\na length of 60 mm or more, but not more than 150 mm,\nfor use in the production of motor vehicles\n0 %\n—\n31.12.2023\n0.5508\nex 3815 19 90\n10\nCatalysts consisting of chromium trioxide, dichromium trioxide or organometallic compounds of chromium, fixed on a silicon dioxide support with a pore volume of 2 cm 3 /g or more (as determined by the nitrogen absorption method)\n0 %\n—\n31.12.2021\n0.7064\nex 3815 19 90\n13\nCatalyst consisting of:\nchromium trioxide (CAS RN 1333-82-0),\ndichromium trioxide (CAS RN 1308-38-9),\non a support of aluminium oxide (CAS RN 1344-28-1)\n0 %\n—\n31.12.2021\n0.2799\nex 3815 19 90\n15\nCatalyst, in the form of a powder, consisting of a mixture of metal oxides fixed on a support of silicon dioxide, containing by weight 20 % or more but not more than 40 % of molybdenum, bismuth and iron evaluated together, for use in the manufacture of acrylonitrile\n0 %\n—\n31.12.2023\n0.2798\nex 3815 19 90\n20\nCatalyst:\nin the form of solid spheres,\nof a diameter of 4 mm or more but not more than 12 mm, and\nconsisting of a mixture of molybdenum oxide and other metal oxides, supported on silicon dioxide and/or aluminium oxide,\nfor use in the manufacture of acrylic acid\n0 %\n—\n31.12.2023\n0.6049\nex 3815 19 90\n25\nCatalyst in the form of spheres of a diameter of 4,2 mm or more but not more than 9 mm, consisting of a mixture of metal oxides containing predominantly oxides of molybdenum, nickel, cobalt and iron, on a support of aluminium oxide, for use in the manufacture of acrylic aldehyde\n0 %\n—\n31.12.2023\n0.3435\nex 3815 19 90\n30\nCatalyst containing titanium tetrachloride supported on magnesium dichloride, for use in the manufacture of polypropylene\n0 %\n—\n31.12.2023\n0.7566\nex 3815 19 90\n35\nCatalyst consisting of tungstosilicic acid hydrate (CAS RN 12027-43-9) impregnated on a support of silicon dioxide in the form of a powder\n0 %\n—\n31.12.2023\n0.2792\nex 3815 19 90\n65\nCatalyst consisting of phosphoric acid chemically bonded to a support of silicon dioxide\n0 %\n—\n31.12.2023\n0.2791\nex 3815 19 90\n70\nCatalyst consisting of organo-metallic compounds of aluminium and zirconium, fixed on a support of silicon dioxide\n0 %\n—\n31.12.2023\n0.2790\nex 3815 19 90\n75\nCatalyst consisting of organo-metallic compounds of aluminium and chromium, fixed on a support of silicon dioxide\n0 %\n—\n31.12.2023\n0.2793\nex 3815 19 90\n80\nCatalyst consisting of organo-metallic compounds of magnesium and titanium, fixed on a support of silicon dioxide, in the form of a suspension in mineral oil\n0 %\n—\n31.12.2023\n0.2788\nex 3815 19 90\n85\nCatalyst consisting of organo-metallic compounds of aluminium, magnesium and titanium, fixed on a support of silicon dioxide, in the form of powder\n0 %\n—\n31.12.2023\n0.3899\nex 3815 19 90\n86\nCatalyst containing titanium tetrachloride supported on magnesium dichloride, for use in the manufacture of polyolefins\n0 %\n—\n31.12.2023\n0.4005\nex 3815 90 90\n16\nInitiator based on dimethylaminopropyl urea\n0 %\n—\n31.12.2022\n0.5704\nex 3815 90 90\n18\nOxidation catalyst with an active ingredient of di[manganese (1+)], 1,2-bis(octahydro-4,7-dimethyl-1 H -1,4,7-triazonine-1-yl- k N 1 , k N 4 , k N 7 )ethane-di- μ -oxo- μ -(ethanoato- k O, k O')-, di[chloride(1-)] (CAS RN 1217890-37-3), used to accelerate chemical oxidation or bleaching\n0 %\n—\n31.12.2022\n0.7528\nex 3815 90 90\n25\nCatalyst consisting by weight of:\n30 % or more but not more than 33 % of bis(4‐(diphenylsulphonio)phenyl)sulphide bis(hexafluorophosphate) (CAS RN 74227-35-3), and\n24 % or more but not more than 27 % of diphenyl(4‐phenylthio)phenylsuphonium hexafluorophosphate (CAS RN 68156-13-8),\nin propylene carbonate (CAS RN 108-32-7)\n0 %\n—\n31.12.2023\n0.5062\nex 3815 90 90\n30\nCatalyst, consisting of a suspension in mineral oil of:\ntetrahydrofuran complexes of magnesium chloride and titanium(III) chloride, and\nsilicon dioxide,\ncontaining 6,6 % (± 0,6 %) by weight of magnesium, and\ncontaining 2,3 % (± 0,2 %) by weight of titanium\n0 %\n—\n31.12.2020\n0.7526\nex 3815 90 90\n35\nCatalyst containing by weight:\n25 % or more but not more than 27,5 % of bis[4‐(diphenylsuphonio)phenyl]sulphide bis(hexafluoroantimonate) (CAS RN 89452-37-9), and\n20 % or more but not more than 22,5 % of diphenyl(4‐phenylthio)phenylsufonium hexafluoroantimonate (CAS RN 71449-78-0),\nin propylene carbonate (CAS RN 108-32-7)\n0 %\n—\n31.12.2023\n0.6006\nex 3815 90 90\n40\nCatalyst:\ncontaining molybdenum oxide and other metal oxides in a silicon dioxide matrix,\nin the form of hollow cylindrical solids of a length of 4 mm or more but not more than 12 mm,\nfor use in the manufacture of acrylic acid\n0 %\n—\n31.12.2023\n0.7243\nex 3815 90 90\n43\nCatalyst in powder form consisting by weight of:\n92,50 % (± 2) % titanium dioxide (CAS RN 13463‐67‐7),\n5 % (± 1) % silicon dioxide (CAS RN 112926-00-8), and\n2,5 % (± 1,5 ) % sulphur trioxide (CAS RN 7446-11-9)\n0 %\n—\n31.12.2022\n0.3433\nex 3815 90 90\n50\nCatalyst containing titanium trichloride, in the form of a suspension in hexane or heptane containing by weight, in the hexane- or heptane-free material, 9 % or more but not more than 30 % of titanium\n0 %\n—\n31.12.2023\n0.2783\nex 3815 90 90\n80\nCatalyst consisting predominantly of dinonylnaphthalenedisulphonic acid in the form of a solution in isobutanol\n0 %\n—\n31.12.2020\n0.3430\nex 3815 90 90\n81\nCatalyst, containing by weight 69 % or more but not more than 79 % of (2-hydroxy-1-methylethyl)trimethylammonium 2‐ethylhexanoate\n0 %\n—\n31.12.2023\n0.2782\nex 3815 90 90\n85\nCatalyst based on aluminosilicate (zeolite), for the alkylation of aromatic hydrocarbons, for the transalkylation of alkylaromatic hydrocarbons or for the oligomerization of olefins\n0 %\n—\n31.12.2022\n0.2909\nex 3815 90 90\n86\nCatalyst, in the form of rodlets, consisting of an aluminosilicate (zeolite), containing by weight 2 % or more but not more than 3 % of rare-earth metal oxides and less than 1 % of disodium oxide\n0 %\n—\n31.12.2023\n0.3732\nex 3815 90 90\n88\nCatalyst, consisting of titanium tetrachloride and magnesium chloride, containing by weight on an oil- and hexane-free basis:\n4 % or more but not more than 10 % of titanium, and\n10 % or more but not more than 20 % magnesium\n0 %\n—\n31.12.2023\n0.3733\nex 3815 90 90\n89\nRhodococcus rhodocrous J1 bacteria, containing enzymes, suspended in a polyacrylamide gel or in water, for use as a catalyst in the production of acrylamide by the hydration of acrylonitrile\n0 %\n—\n31.12.2021\n0.4408\nex 3817 00 50\n10\nMixture of alkylbenzenes (C14-26) containing by weight:\n35 % or more but not more than 60 % of eicosylbenzene,\n25 % or more but not more than 50 % of docosylbenzene,\n5 % or more but not more than 25 % of tetracosylbenzene\n0 %\n—\n31.12.2023\n0.3427\nex 3817 00 80\n10\nMixture of alkylnaphthalenes, containing by weight:\n88 % or more but not more than 98 % of hexadecylnaphthalene\n2 % or more but not more than 12 % of dihexadecylnaphthalene\n0 %\n—\n31.12.2023\n0.4581\nex 3817 00 80\n20\nMixture of branched alkyl benzenes mainly containing dodecyl benzenes\n0 %\n—\n31.12.2023\n0.5479\nex 3817 00 80\n30\nMixed alkylnaphthalenes, modified with aliphatic chains, of a chain-length varying from 12 to 56 carbon atoms\n0 %\n—\n31.12.2021\n0.4006\nex 3819 00 00\n20\nFire resistant hydraulic fluid based on phosphate ester\n0 %\n—\n31.12.2023\n0.7922\nex 3823 19 10\n20\n12-Hydroxyoctadecanoic acid (CAS RN 106-14-9) for the manufacture of polyglycerin-poly-12-hydroxyoctadecanoic acid esters\n0 %\n—\n31.12.2024\n0.6038\nex 3823 19 30\nex 3823 19 30\n20\n30\nPalm fatty acid distillate, whether or not hydrogenated, with free fatty acid content 80 % or more for use in the manufacture of:\nindustrial monocarboxylic fatty acids of heading 3823,\nstearic acid of heading 3823,\nstearic acid of heading 2915,\npalmitic acid of heading 2915, or\nanimal feed preparations of heading 2309\n0 %\n—\n31.12.2023\n0.6037\nex 3823 19 90\nex 3823 19 90\n20\n30\nPalm acid oils from refining for use in the manufacture of:\nindustrial monocarboxylic fatty acids of heading 3823,\nstearic acid of heading 3823,\nstearic acid of heading 2915,\npalmitic acid of heading 2915, or\nanimal feed preparations of heading 2309\n0 %\n—\n31.12.2023\n0.7756\nex 3824 78 90\n05\nMixture of halogenated derivatives containing by weight:\n30 % or more but not more than 60 % of difluoromethane (CAS RN 75-10-5),\n30 % or more but not more than 60 % of trifluoroiodomethane (CAS RN 2314-97-8),\n10 % or more but not more than 30 % of pentafluoroethane (CAS RN 354-33-6)\n0 %\n—\n31.12.2024\n0.2908\nex 3824 99 15\n10\nAcid aluminosilicate (artificial zeolite of the Y type) in the sodium form, containing by weight not more than 11 % of sodium evaluated as sodium oxide, in the form of rodlets\n0 %\n—\n31.12.2023\n0.6810\nex 3824 99 92\n23\nButylphosphato complexes of titanium(IV) (CAS RN 109037-78-7), dissolved in ethanol and propan-2-ol\n0 %\n—\n31.12.2020\n0.7222\nex 3824 99 92\n25\nPreparation containing by weight:\n25 % or more but not more than 50 % of diethyl carbonate (CAS RN 105-58-8),\n25 % or more but not more than 50 % of ethylene carbonate (CAS RN 96-49-1),\n10 % or more but not more than 20 % of lithium hexafluorophosphate (CAS RN 21324-40-3)\n5 % or more but not more than 10 % of ethyl methyl carbonate (CAS RN 623-53-0),\n1 % or more but not more than 2 % of vinylene carbonate (CAS RN 872-36-6),\n1 % or more but not more than 2 % of 4-fluoro-1,3-dioxolane-2-one (CAS RN 114435-02-8),\nnot more than 1 % of 1,5,2,4-Dioxadithiane 2,2,4,4-tetraoxide (CAS RN 99591-74-9)\n3,2 %\n—\n31.12.2020\n0.7321\nex 3824 99 92\n26\nPreparation containing by weight:\n60 % or more but not more than 75 % of Solvent naphtha (petroleum), heavy aromatic (CAS RN 64742‐94-5),\n15 % or more but not more than 25 % of 4‐(4‐nitrophenylazo)-2,6-di-sec-butyl-phenol (CAS RN 111850-24-9), and\n10 % or more but not more than 15 % of 2‐sec‐butylphenol (CAS RN 89-72-5)\n0 %\n—\n31.12.2022\n0.7224\nex 3824 99 92\n27\n4-Methoxy-3-(3-morpholin-4-yl-propoxy)-benzonitrile (CAS RN 675126-28-0) in an organic solvent\n0 %\n—\n31.12.2021\n0.6778\nex 3824 99 92\n28\nAqueous solution containing by weight:\n10 % or more but not more than 42 % of 2-(3-chloro-5-(trifluoromethyl)pyridin-2-yl)ethanamine (CAS RN 658066-44-5),\n10 % or more but not more than 25 % of sulphuric acid (CAS RN 7664-93-9), and\n0,5 % or more but not more than 2,9 % of methanol (CAS RN 67-56-1)\n0 %\n—\n31.12.2020\n0.4909\nex 3824 99 92\n29\nPreparation containing by weight:\n85 % or more but not more than 99 % of polyethylene glycol ether of butyl 2-cyano 3-(4-hydroxy-3-methoxyphenyl) acrylate, and\n1 % or more but not more than 15 % of polyoxyethylene (20) sorbitan trioleate\n0 %\n—\n31.12.2020\n0.7215\nex 3824 99 92\n30\nAqueous solution of caesium formate and potassium formate containing by weight:\n1 % or more but not more than 84 % of caesium formate (CAS RN 3495-36-1),\n1 % or more but not more than 76 % of potassium formate (CAS RN 590-24-1), and\nwhether or not containing not more than 9 % of additives\n0 %\n—\n31.12.2021\n0.7618\nex 3824 99 92\n31\nLiquid crystal mixtures for use in the manufacture of LCD (liquid crystal display) modules\n0 %\n—\n31.12.2023\n0.4707\nex 3824 99 92\n32\nMixture of divinylbenzene-isomers and ethylvinylbenzene-isomers, containing by weight 56 % or more but not more than 85 % of divinylbenzene (CAS RN 1321-74-0)\n0 %\n—\n31.12.2024\n0.3083\nex 3824 99 92\nex 3824 99 93\nex 3824 99 96\n33\n40\n40\nAnti-corrosion preparations consisting of salts of dinonylnaphthalenesulphonic acid, either:\non a support of mineral wax, whether or not modified chemically, or\nin the form of a solution in an organic solvent\n0 %\n—\n31.12.2023\n0.4153\nex 3824 99 92\n35\nPreparations containing not less than 92 % or more but not more than 96,5 % by weight of 1,3:2,4- bis - O -(4-methylbenzylidene)- D -glucitol and also containing carboxylic acid derivatives and an alkyl sulphate\n0 %\n—\n31.12.2023\n0.4083\nex 3824 99 92\n36\nCalcium phosphonate phenate, dissolved in mineral oil\n0 %\n—\n31.12.2021\n0.4523\nex 3824 99 92\n37\nMixture of acetates of 3-butene-1,2-diol with a content by weight of 65 % or more of 3-butene-1,2-diol diacetate (CAS RN 18085‐02-4)\n0 %\n—\n31.12.2023\n0.7722\nex 3824 99 92\n38\nReaction products of phosphoryl trichloride and 2-methyloxirane (CAS RN 1244733-77-4)\n0 %\n—\n31.12.2024\n0.4152\nex 3824 99 92\n39\nPreparation containing not less than 47 % by weight of 1,3:2,4‐bis-O-benzylidene-D-glucitol\n0 %\n—\n31.12.2023\n0.6779\nex 3824 99 92\n40\nSolution of 2-chloro-5-(chloromethyl)-pyridine (CAS RN 70258-18-3) in organic diluent\n0 %\n—\n31.12.2020\n0.6091\nex 3824 99 92\n42\nPreparation of tetrahydro-α-(1-naphthylmethyl)furan-2-propionic acid (CAS RN 25379-26-4) in toluene\n0 %\n—\n31.12.2023\n0.7724\nex 3824 99 92\n43\nPreparation containing by weight:\n65 % or more, but not more than 95 % of isopropylated triaryl phosphate (CAS RN 68937-41-7), and\n5 % or more, but not more than 35 % of triphenyl phosphate (CAS RN 115-86-6)\n0 %\n—\n31.12.2024\n0.3067\nex 3824 99 92\n45\nPreparation consisting predominantly of γ -butyrolactone and quaternary ammonium salts, for the manufacture of electrolytic capacitors\n0 %\n—\n31.12.2023\n0.6068\nex 3824 99 92\n46\nDiethylmethoxyborane (CAS RN 7397-46-8) in the form of a solution in tetrahydrofuran\n0 %\n—\n31.12.2020\n0.5475\nex 3824 99 92\n47\nPreparation, containing:\ntrioctylphosphine oxide (CAS RN 78-50-2),\ndioctylhexylphosphine oxide (CAS RN 31160-66-4),\noctyldihexylphosphine oxide (CAS RN 31160-64-2), and\ntrihexylphosphine oxide (CAS RN 3084-48-8)\n0 %\n—\n31.12.2022\n0.4279\nex 3824 99 92\n49\nPreparation based on 2,5,8,11-tetramethyl-6-dodecyn-5,8-diol ethoxylate (CAS RN 169117-72-0)\n0 %\n—\n31.12.2022\n0.4292\nex 3824 99 92\n50\nAlkyl carbonate-based preparation, also containing a UV absorber, for use in the manufacture of spectacle lenses\n0 %\n—\n31.12.2022\n0.3065\nex 3824 99 92\n51\nMixture containing by weight 40 % or more but not more than 50 % of 2-hydroxyethyl methacrylate and 40 % or more but not more than 50 % of glycerol ester of boric acid\n0 %\n—\n31.12.2023\n0.7742\nex 3824 99 92\n52\nElectrolyte containing:\n5 % or more but not more than 20 % lithium hexafluorophosphate (CAS RN 21324-40-3) or lithium tetrafluoroborate (CAS RN 14283-07-9),\n60 % or more but not more than 90 % of a mixture of ethylene carbonate (CAS RN 96-49-1), dimethyl carbonate (CAS RN 616-38-6 ) and/or ethyl methyl carbonate (CAS RN 623-53-0),\n0,5 % or more but not more than 20 % 1,3,2‐dioxathiolane 2,2-dioxide (CAS RN 1072-53-3),\nfor use in the manufacture of motor vehicle batteries\n3,2 %\n—\n31.12.2020\n0.3061\nex 3824 99 92\n53\nPreparations consisting predominantly of ethylene glycol and:\neither diethylene glycol, dodecanedioic acid and ammonia water,\nor N,N-dimethylformamide,\nor γ-butyrolactone,\nor silicon oxide,\nor ammonium hydrogen azelate,\nor ammonium hydrogen azelate and silicon oxide,\nor dodecanedioic acid, ammonia water and silicon oxide,\nfor the manufacture of electrolytic capacitors\n0 %\n—\n31.12.2023\n0.4434\nex 3824 99 92\n54\nPoly(tetramethylene glycol) bis[(9-oxo-9H-thioxanthen-1-yloxy)acetate] with an average polymer chain length of less than 5 monomer units (CAS RN 813452-37-8)\n0 %\n—\n31.12.2021\n0.6025\nex 3824 99 92\n55\nAdditives for paints and coatings, containing:\na mixture of esters of phosphoric acid obtained from the reaction of phosphoric anhydride with 4‐(1,1‐dimethylpropyl) phenol and copolymers of styrene-allyl alcohol (CAS RN 84605-27-6), and\n30 % or more but not more than 35 % by weight of isobutyl alcohol\n0 %\n—\n31.12.2023\n0.4431\nex 3824 99 92\n56\nPoly(tetramethylene glycol) bis[(2-benzoyl-phenoxy)acetate] with an average polymer chain length of less than 5 monomer units\n0 %\n—\n31.12.2024\n0.4425\nex 3824 99 92\n57\nPoly(ethylene glycol) bis( p -dimethyl)aminobenzoate with an average polymer chain length of less than 5 monomer units\n0 %\n—\n31.12.2024\n0.6067\nex 3824 99 92\n59\nPotassium tert-butanolate (CAS RN 865-47-4) in the form of a solution in tetrahydrofuran\n0 %\n—\n31.12.2023\n0.5043\nex 3824 99 92\n60\nN2-[1-(S)-Ethoxycarbonyl-3-phenylpropyl]-N6-trifluoroacetyl-L-lysyl-N2-carboxy anhydride in a solution of dichloromethane at 37 %\n0 %\n—\n31.12.2020\n0.5050\nex 3824 99 92\n61\n3',4',5'-Trifluorobiphenyl-2-amine, in the form of a solution in toluene containing by weight 80 % or more but not more than 90 % of 3',4',5'-trifluorobiphenyl-2-amine\n0 %\n—\n31.12.2020\n0.7831\nex 3824 99 92\n62\nSolution of 9-borabicyclo[3.3.1]nonane (CAS RN 280-64-8) in tetrahydrofurane (CAS RN 109-99-9), containing by weight 6 % or more 9-borabicyclo[3.3.1]nonane\n0 %\n—\n31.12.2024\n0.5169\nex 3824 99 92\n64\nPreparation containing by weight:\n89 % or more but not more than 98,9 % of 1,2,3-trideoxy-4,6:5,7-bis-O-[(4-propylphenyl)methylene]-nonitol,\n0,1 % or more but not more than 1 % of colourants,\n1 % or more but not more than 10 % of fluoropolymers\n0 %\n—\n31.12.2021\n0.3122\nex 3824 99 92\n65\nMixture of primary tert -alkylamines\n0 %\n—\n31.12.2024\n0.6720\nex 3824 99 92\n68\nPreparation containing by weight:\n20 % (±1 %) ((3-(sec-butyl)-4-(decyloxy)phenyl)methanetriyl) Tribenzene (CAS RN 1404190-37-9),\ndissolved in:\n10 % (± 5 %) 2-sec-Butylphenol (CAS RN 89-72-5),\n64 %( ±7 %) Solvent naphtha (petroleum), heavy aromatic (CAS RN 64742-94-5), and\n6 % (± 1,0 %) Naphthalene (CAS RN 91-20-3)\n0 %\n—\n31.12.2020\n0.6719\nex 3824 99 92\n69\nPreparation containing by weight:\n80 % or more but not more than 92 % of Bisphenol-A bis(diphenyl phosphate) (CAS RN 5945-33-5),\n7 % or more but not more than 20 % oligomers of Bisphenol-A bis(diphenyl phosphate), and\nnot more than 1 % triphenyl phosphate (CAS RN 115‐86-6)\n0 %\n—\n31.12.2020\n0.4409\nex 3824 99 92\n70\nMixture of 80 % (± 10 %) of 1-[2-(2-aminobutoxy)ethoxy]but-2-ylamine and 20 % (± 10 %) of 1-({[2-(2-aminobutoxy)ethoxy]methyl} propoxy)but-2-ylamine\n0 %\n—\n31.12.2024\n0.6198\nex 3824 99 92\n72\nN-(2-Phenylethyl)-1,3-benzenedimethanamine derivatives (CAS RN 404362-22-7)\n0 %\n—\n31.12.2023\n0.6114\nex 3824 99 92\n76\nPreparation containing:\n74 % or more but not more than 90 % by weight of (S)‐α-hydroxy-3-phenoxy-benzeneacetonitrile (CAS RN 61826-76-4), and\n10 % or more but not more than 26 % by weight of toluene (CAS RN 108-88-3)\n0 %\n—\n31.12.2023\n0.5834\nex 3824 99 92\n80\nDiethylene glycol propylene glycol triethanolamine titanate complexes (CAS RN 68784-48-5) dissolved in diethylene glycol (CAS RN 111-46-6)\n0 %\n—\n31.12.2022\n0.6546\nex 3824 99 92\n82\nT-butylchloride dimethylsilane (CAS RN 18162-48-6) solution in toluene\n0 %\n—\n31.12.2024\n0.3074\nex 3824 99 92\n84\nPreparation consisting by weight of 83 % or more of 3a,4,7,7a-tetrahydro-4,7-methanoindene (dicyclopentadiene), a synthetic rubber, whether or not containing by weight 7 % or more of tricyclopentadiene, and:\neither an aluminium-alkyl compound, or\nan organic complex of tungsten, or\nan organic complex of molybdenum\n0 %\n—\n31.12.2023\n0.3069\nex 3824 99 92\n88\n2,4,7,9-Tetramethyldec-5-yne-4,7-diol, hydroxyethylated (CAS RN 9014-85-1)\n0 %\n—\n31.12.2020\n0.5961\nex 3824 99 93\n30\nPowder Mixture containing by weight:\n85 % or more of zinc diacrylate (CAS RN 14643-87-9),\nnot more than 5 % of 2,6-di-tert-butyl-alpha-dimethylamino-p-cresol (CAS RN 88-27-7), and\nnot more than 10 % of zinc stearate (CAS RN 557-05-1)\n0 %\n—\n31.12.2024\n0.4719\nex 3824 99 93\n35\nParaffin with a level of chlorination of 70 % or more (CAS RN 63449-39-8)\n0 %\n—\n31.12.2024\n0.7379\nex 3824 99 93\n38\nMixture of 4,4'-(perfluoroisopropylidene)diphenol (CAS RN 1478-61-1) and 4,4'-(perfluoroisopropylidene)diphenol benzyl triphenyl phosphonium salt (CAS RN 75768-65-9)\n0 %\n—\n31.12.2022\n0.4527\nex 3824 99 93\n42\nMixture of bis{4-(3-(3-phenoxycarbonylamino)tolyl)ureido}phenylsulphone, diphenyltoluene-2,4-dicarbamate and 1-[4-(4-aminobenzenesulphonyl)-phenyl]-3-(3-phenoxycarbonylamino-tolyl)-urea\n0 %\n—\n31.12.2023\n0.7153\nex 3824 99 93\n45\nSodium hydrogen 3-aminonaphthalene-1,5-disulphonate (CAS RN 4681-22-5) containing by weight:\nnot more than 20 % of disodium sulphate, and\nnot more than 10 % of sodium chloride\n0 %\n—\n31.12.2021\n0.7786\nex 3824 99 93\n48\nNonhalogenated flame retardant containing by weight:\n50 % or more, but not more than 65 % of piperazine pyrophosphate (CAS RN 66034-17-1),\n35 % or more, but not more than 45 % of a phosphoric acid derivative, and\nnot more than 6 % of zinc oxide (CAS RN 1314-13-2)\n0 %\n—\n31.12.2024\n0.7063\nex 3824 99 93\n50\nPreparation, consisting of acesulfame potassium (CAS RN 55589-62-3) and potassium hydroxide (CAS RN 1310-58-3)\n0 %\n—\n31.12.2021\n0.6215\nex 3824 99 93\n53\nZinc dimethacrylate (CAS RN 13189-00-9), containing not more than 2,5 % by weight of 2,6-di-tert-butyl-alpha-dimethyl amino-p-cresol (CAS RN 88-27-7), in the form of powder\n0 %\n—\n31.12.2023\n0.6997\nex 3824 99 93\n55\nMixture containing by weight:\n70 % or more, but not more than 90 % of (S)‐indoline‐2‐carboxylic acid (CAS RN 79815-20-6), and\n10 % or more, but not more than 30 % of o‐chlorocinnamic acid (CAS RN 3752-25-8)\n0 %\n—\n31.12.2021\n0.7497\nex 3824 99 93\n60\nMixture of phytosterols (CAS RN 949109-75-5) in powder form containing by weight:\n40 % or more but not more than 88 % of sitosterols,\n20 % or more but not more than 63 % of campesterols,\n14 % or more but not more than 38 % of stigmasterols,\nnot more than 13 % brassicasterols, and\nnot more than 5 % sitostanols\n0 %\n—\n31.12.2023\n0.4290\nex 3824 99 93\n63\nMixture of phytosterols, not in the form of powder, containing by weight:\n75 % or more of sterols,\nnot more than 25 % of stanols,\nfor use in the manufacture of stanols/sterols or stanol/sterol esters\n0 %\n—\n31.12.2022\n0.7460\nex 3824 99 93\n65\nReaction mass of 1,1'-(isopropylidene)bis[3,5-dibromo-4-(2,3-dibromo-2-methylpropoxy)benzene] (CAS RN 97416-84-7) and 1,3-dibromo-2-(2,3-dibromo-2-methylpropoxy)-5-{2-[3,5-dibromo-4-(2,3,3-tribromo-2-methylpropoxy)phenyl]propan-2-yl}benzene\n0 %\n—\n31.12.2023\n0.3117\nex 3824 99 93\n70\nOligomeric reaction product, consisting of bis(4-hydroxyphenyl) sulfone and 1,1'-oxybis(2-chloroethane)\n0 %\n—\n31.12.2024\n0.3112\nex 3824 99 93\n75\nMixture of phytosterols, in the form of flakes and balls, containing by weight 80 % or more of sterols and not more than 4 % of stanols\n0 %\n—\n31.12.2024\n0.5817\nex 3824 99 93\nex 3824 99 96\n83\n85\nPreparation containing:\nC,C'-azodi(formamide) (CAS RN 123-77-3),\nmagnesium oxide (CAS RN 1309-48-4), and\nzinc bis(p-toluene sulphinate) (CAS RN 24345-02-6),\nin which the gas formation from C,C'-azodi(formamide) occurs at 135 °C\n0 %\n—\n31.12.2023\n0.3049\nex 3824 99 93\nex 3824 99 96\n85\n57\nParticles of silicon dioxide on which are covalently bonded organic compounds, for use in the manufacture of high performance liquid chromatography columns (HPLC) and sample preparation cartridges\n0 %\n—\n31.12.2023\n0.4336\nex 3824 99 93\n88\nMixture of phytosterols containing by weight:\n60 % or more, but not more than 80 % of sitosterols,\nless than 15 % of campesterols,\nless than 5 % of stigmasterols, and\nless than 15 % of betasitostanols\n0 %\n—\n31.12.2022\n0.7420\nex 3824 99 96\n30\nRare-earth concentrate containing by weight:\n20 % or more but not more than 30 % of cerium oxide (CAS RN 1306-38-3),\n2 % or more but not more than 10 % of lanthanum oxide (CAS RN 1312-81-8),\n10 % or more but not more than 15 % of yttrium oxide (CAS RN 1314-36-9), and\nnot more than 65 % of zirconium oxide (CAS RN 1314-23-4) including natural occurring hafnium oxide\n0 %\n—\n31.12.2022\n0.7611\nex 3824 99 96\n33\nBuffer cartridge not exceeding 8000 ml containing:\n0,05 % or more but not more than 0,1 % by weight of 5‐Chloro-2-methyl-2,3-dihydroisothiazol-3-one (CAS RN 55965-84-9), and\n0,05 % or more but not more that 0,1 % by weight of 2‐Methyl-2,3-dihydroisothiazol-3-one (CAS RN 2682‐20-4) as a biostatic\n0 %\n—\n31.12.2023\n0.3078\nex 3824 99 96\n35\nCalcined bauxite (refractory grade)\n0 %\n—\n31.12.2023\n0.4542\nex 3824 99 96\n37\nStructured silica alumina phosphate\n0 %\n—\n31.12.2024\n0.7313\nex 3824 99 96\n45\nLithium nickel cobalt aluminium oxide powder (CAS RN 177997-13-6) with:\na particle size of less than 10 μm,\na purity by weight of more than 98 %\n3,2 %\n—\n31.12.2020\n0.6628\nex 3824 99 96\n46\nManganese zinc ferrite granulate, containing by weight:\n52 % or more but not more than 76 % of iron(III)oxide,\n13 % or more but not more than 42 % of manganese oxide, and\n2 % or more but not more than 22 % of zinc oxide\n0 %\n—\n31.12.2020\n0.3064\nex 3824 99 96\n47\nMixed metals oxides, in the form of powder, containing by weight:\neither 5 % or more of barium, neodymium or magnesium and 15 % or more of titanium,\nor 30 % or more of lead and 5 % or more of niobium,\nfor use in the manufacture of dielectric films or for use as dielectric materials in the manufacture of multilayer ceramic capacitors\n0 %\n—\n31.12.2023\n0.6749\nex 3824 99 96\n48\nZirconium oxide (ZrO 2 ), calcium oxide stabilised (CAS RN 68937-53-1) with a zirconium oxide content by weight of 92 % or more but not more than 97 %\n0 %\n—\n31.12.2020\n0.5607\nex 3824 99 96\n50\nNickel hydroxide, doped with 12 % or more but not more than 18 % by weight of zinc hydroxide and cobalt hydroxide, of a kind used to produce positive electrodes for accumulators\n0 %\n—\n31.12.2022\n0.6145\nex 3824 99 96\n55\nCarrier in powder form, consisting of:\nferrite (Iron oxide) (CAS RN 1309-37-1),\nmanganese oxide (CAS RN 1344-43-0),\nmagnesium oxide (CAS RN 1309-48-4),\nstyrene acrylate copolymer,\nto be mixed with the toner powder, in the manufacturing of ink/toner filled bottles or cartridges for facsimile machines, computer printers and copiers\n0 %\n—\n31.12.2023\n0.5141\nex 3824 99 96\n60\nFused magnesia containing by weight 15 % or more of dichromium trioxide\n0 %\n—\n31.12.2021\n0.3050\nex 3824 99 96\n65\nAluminium sodium silicate, in the form of spheres of a diameter of:\neither 1,6 mm or more but not more than 3,4 mm, or\n4 mm or more but not more than 6 mm\n0 %\n—\n31.12.2023\n0.7212\nex 3824 99 96\n70\nPowder containing by weight:\n28 % or more but not more than 51 % of talc (CAS RN 14807-96-6),\n30,5 % or more but not more than 48 % of silicon dioxide (quartz) (CAS RN 14808-60-7),\n17 % or more but not more than 26 % of aluminium oxide (CAS RN 1344-28-1)\n0 %\n—\n31.12.2021\n0.3119\nex 3824 99 96\n73\nReaction product, containing by weight:\n1 % or more but not more than 40 % of molybdenum oxide,\n10 % or more but not more than 50 % of nickel oxide,\n30 % or more but not more than 70 % of tungsten oxide\n0 %\n—\n31.12.2024\n0.7010\nex 3824 99 96\n74\nMixture with a non-stoichiometric composition:\nwith a crystalline structure,\nwith a content of fused magnesia-alumina spinel and with admixtures of silicate phases and aluminates, at least 75 % by weight of which consists of fractions with a grain size of 1-3 mm and at most 25 % consists of fractions with a grain size of 0-1 mm\n0 %\n—\n31.12.2021\n0.7147\nex 3824 99 96\n80\nMixture consisting of:\n64 % or more, but not more than 74 % by weight of amorphous silica (CAS RN 7631-86-9),\n25 % or more, but not more than 35 % by weight of butanone (CAS RN 78-93-3), and\nnot more than 1 % by weight of 3‐(2,3‐epoxypropoxy)propyltrimethoxysilane (CAS RN 2530-83-8)\n0 %\n—\n31.12.2021\n0.7553\nex 3824 99 96\n83\nCubic Boron nitride (CAS RN 10043-11-5) coated with nickel and/or nickelphosphide (CAS RN 12035-64-2)\n0 %\n—\n31.12.2023\n0.5820\nex 3824 99 96\n87\nPlatinum oxide (CAS RN 12035-82-4) fixed on a porous support of aluminium oxide (CAS RN 1344-28-1), containing by weight:\n0,1 % or more but not more than 1 % of platinum, and\n0,5 % or more but not more than 5 % of ethylaluminium dichloride (CAS RN 563-43-9)\n0 %\n—\n31.12.2022\n0.5939\nex 3826 00 10\nex 3826 00 10\n20\n29\nMixture of fatty acid methyl esters containing by weight at least:\n65 % or more but not more than 75 % of C12 FAME,\n21 % or more but not more than 28 % of C14 FAME,\n4 % or more but not more than 8 % of C16 FAME,\nfor use in the manufacture of detergents and home and personal care products\n0 %\n—\n31.12.2023\n0.5941\nex 3826 00 10\nex 3826 00 10\n50\n59\nMixture of fatty acid methyl esters containing by weight at least:\n50 % or more but not more than 58 % of C8-FAME,\n35 % or more but not more than 50 % of C10-FAME,\nfor the manufacturing of high purity C8 or C10 fatty acid or fatty acid mixtures thereof or of high purity methylester of C8 or C10 fatty acid\n0 %\n—\n31.12.2023\n0.6132\nex 3901 10 10\nex 3901 40 00\n20\n10\nHigh flow linear low density polyethylene-1-butene / LLDPE (CAS RN 25087-34-7) in form of powder, with:\na melt flow rate (MFR 190 °C/2,16 kg) of 16g/10min or more, but not more than 24 g/10 min, and\na density (ASTM D 1505) of 0,922 g/cm 3 or more, but not more than 0,926 g/cm 3 , and\na vicat softening temperature of min. 94 °C\n0 %\nm 3\n31.12.2024\n0.5142\nex 3901 10 90\n30\nPolyethylene granules, containing by weight 10 % or more but not more than 25 % of copper\n0 %\n—\n31.12.2021\n0.6953\nex 3901 40 00\n20\nOctene linear low-density polyethylene (LLDPE) in the form of pellets with:\n10 % or more but not more than 20 % by weight of octene,\na melt flow ratio of 9,0 or more, but not more than 10,0 (using ASTM D1238 10,0/2,16),\na melt index (190 °C/2,16 kg) of 0,4 g/10 min or more but not more than 0,6 g/10 min,\na density of 0,909 g/cm 3 or more, but not more than 0,913 g/cm 3 using ASTM D4703,\na gel area per 24,6 cm 3 of not more than 20 mm 2 , and\nan anti-oxidant level of not more than 240 ppm\n0 %\nm 3\n31.12.2020\n0.6897\nex 3901 40 00\n30\nOctene linear low-density polyethylene (LLDPE) produced by a Ziegler-Natta catalyst method in the form of pellets with:\nmore than 10 % but not more than 20 % by weight of copolymer,\na melt flow rate (MFR 190°C/2,16 kg) of 0,7 g / 10 min or more but not more than 0,9 g / 10 min, and\na density (ASTM D4703) of 0,911 g/cm 3 or more, but not more than 0,913 g/cm 3 ,\nfor use in the co-extrusion processing of films for flexible food packaging\n0 %\nm 3\n31.12.2020\n0.5092\nex 3901 40 00\n40\nBlock copolymer of ethylene with octene in the form of pellets:\nwith a specific gravity of 0,862 or more, but not more than 0,865,\nable to stretch to at least 200 % its original length,\nwith a hysteresis of 50 % (±10 %),\nwith permanent deformation of not more than 20 %,\nfor use in the manufacture of napkin liners for babies\n0 %\n—\n31.12.2020\n0.6920\nex 3901 90 80\n53\nCopolymer of ethylene and acrylic acid (CAS RN 9010-77-9) with:\nan acrylic acid content of 18,5 % or more but not more than 49,5 % by weight (ASTM D4094), and\na melt flow rate of 14g/10 min (MFR 125 °C/2,16 kg, ASTM D1238) or more\n0 %\nm 3\n31.12.2020\n0.6734\nex 3901 90 80\n55\nZinc or sodium salt of an ethylene and acrylic acid copolymer, with:\nan acrylic acid content of 6 % or more but not more than 50 % by weight, and\na melt flow rate of 1g/10 min or more at 190 °C/2,16 kg (measured using ASTM D1238)\n0 %\n—\n31.12.2020\n0.5049\nex 3901 90 80\n67\nCopolymer made exclusively from ethylene and methacrylic acid monomers in which the methacrylic acid content is 11 % by weight or more\n0 %\n—\n31.12.2020\n0.6731\nex 3901 90 80\n70\nEthylene maleic anhydride copolymer, whether or not containing another olefin comonomer, with a melt flow rate of 1,3g/10 min or more at 190 °C/2,16 kg (measured using ASTM D1238)\n0 %\n—\n31.12.2020\n0.6998\nex 3901 90 80\n73\nMixture containing by weight:\n80 % or more, but not more than 94 % of chlorinated polyethylene (CAS RN 64754-90-1), and\n6 % or more, but not more than 20 % of styrene-acrylic copolymer (CAS RN 27136-15-8)\n0 %\n—\n31.12.2021\n0.2902\nex 3901 90 80\n91\nIonomer resin consisting of a salt of a copolymer of ethylene with methacrylic acid\n0 %\n—\n31.12.2023\n0.3906\nex 3901 90 80\n92\nChlorosulphonated polyethylene\n0 %\n—\n31.12.2023\n0.2899\nex 3901 90 80\n93\nCopolymer of ethylene, vinyl acetate and carbon monoxide, for use as a plasticiser in the manufacture of roof sheets\n0 %\n—\n31.12.2023\n0.3186\nex 3901 90 80\n94\nMixtures of A-B block copolymer of polystyrene and ethylene-butylene copolymer and A-B-A block copolymer of polystyrene, ethylene-butylene copolymer and polystyrene, containing by weight not more than 35 % of styrene\n0 %\n—\n31.12.2023\n0.2898\nex 3901 90 80\n97\nChlorinated polyethylene, in the form of powder\n0 %\n—\n31.12.2023\n0.2895\nex 3902 10 00\n20\nPolypropylene, containing no plasticiser:\nof a melting point of more than 150 °C (as determined by the ASTM D 3417 method),\nof a heat of fusion of 15 J/g or more but not more than 70 J/g,\nof an elongation at break of 1 000 % or more (as determined by the ASTM D 638 method),\nof a tensile modulus of 69 MPa or more but not more than 379 MPa (as determined by the ASTM D 638 method)\n0 %\n—\n31.12.2023\n0.4591\nex 3902 10 00\n40\nPolypropylene, containing no plasticiser:\nof a tensile strength: of 32-77 MPa (as determined by the ASTM D638 method),\nof a flexural strength of 50-105 MPa (as determined by the ASTM D790 method),\nof a Melt Flow Rate (MFR) at 230 °C/ 2,16 kg of 5‐15 g/10 min (as determined by the ASTM D1238 method),\nwith 40 % or more but not more than 80 % by weight of polypropylene,\nwith 10 % or more but not more than 30 % by weight of glass fibre,\nwith 10 % or more but not more than 30 % by weight of mica\n0 %\n—\n31.12.2024\n0.3180\nex 3902 20 00\n10\nPolyisobutylene, of a number average molecular weight (M n ) of 700 or more but not more than 800\n0 %\n—\n31.12.2023\n0.3179\nex 3902 20 00\n20\nHydrogenated polyisobutene, in liquid form\n0 %\n—\n31.12.2023\n0.3181\nex 3902 30 00\n91\nA-B Block copolymer of polystyrene and an ethylene-propylene copolymer, containing by weight 40 % or less of styrene, in one of the forms mentioned in note 6 (b) to Chapter 39\n0 %\n—\n31.12.2023\n0.5143\nex 3902 30 00\n95\nA-B-A block copolymer, consisting of:\na copolymer of propylene and ethylene, and\n21 % (± 3 %) by weight of polystyrene\n0 %\n—\n31.12.2021\n0.5138\nex 3902 30 00\n97\nLiquid ethylene-propylene-copolymer with:\na flashpoint of 250 °C or more,\na viscosity index of 150 or more,\nof a number average molecular weight (M n ) of 650 or more\n0 %\n—\n31.12.2021\n0.4424\nex 3902 90 90\n52\nAmorphous poly-alpha-olefin copolymer blend of poly(propylene-co-1-butene) and petroleum hydrocarbon resin\n0 %\n—\n31.12.2023\n0.4509\nex 3902 90 90\n55\nThermoplastic elastomer, with an A-B-A block copolymer structure of polystyrene, polyisobutylene and polystyrene containing by weight 10 % or more but not more than 35 % of polystyrene\n0 %\n—\n31.12.2023\n0.4768\nex 3902 90 90\n60\nNon-hydrogenated 100 % aliphatic resin (polymer), with the following characteristics:\nliquid at room temperature,\nobtained by cationic polymerisation of C-5 alkenes monomers,\nwith a number average molecular weight (Mn) of 370 (± 50),\nwith a weight average molecular weight (Mw) of 500 (± 100)\n0 %\n—\n31.12.2024\n0.2900\nex 3902 90 90\n92\nPolymers of 4-methylpent-1-ene\n0 %\n—\n31.12.2023\n0.6214\nex 3902 90 90\n94\nChlorinated polyolefins, whether or not in a solution or dispersion\n0 %\n—\n31.12.2023\n0.4040\nex 3902 90 90\n98\nSynthetic poly-alpha-olefin with a viscosity at 100° Celsius (measured according to method ASTM D 445) ranging from 3 centistokes to 9 centistokes and obtained by polymerization of a mixture of dodecene and tetradecene, containing a maximum of 40 % of tetradecene\n0 %\n—\n31.12.2021\n0.4166\nex 3903 19 00\n40\nCrystalline polystyrene with:\na melting point of 268 °C or more but not more than 272 °C,\na setting point of 232 °C or more but not more than 247 °C,\nwhether or not containing additives and filling material\n0 %\n—\n31.12.2021\n0.5175\nex 3903 90 90\n15\nCopolymer in the form of granules containing by weight:\n78 (± 4 %) of styrene,\n9 (± 2 %) of n-butyl acrylate,\n11 (± 3 %) of n-butyl methacrylate,\n1,5 (± 0,7 %) of methacrylic acid, and\n0,01 % or more but not more than 2,5 % of polyolefinic wax\n0 %\n—\n31.12.2023\n0.5176\nex 3903 90 90\n20\nCopolymer in the form of granules containing by weight:\n83 ± 3 % styrene,\n7 ± 2 % n-butyl acrylate,\n9 ± 2 % n-butyl methacrylate, and\n0,01 % or more but not more than 1 % of polyolefinic wax\n0 %\n—\n31.12.2021\n0.5168\nex 3903 90 90\n25\nCopolymer in the form of granules containing by weight:\n82 ± 6 % styrene,\n13,5 ± 3 % n-butyl acrylate,\n1 ± 0,5 % methacrylic acid, and\n0,01 % or more but not more than 8,5 % of polyolefinic wax\n0 %\n—\n31.12.2021\n0.7861\nex 3903 90 90\n33\nCopolymer of styrene, divinylbenzene and chloromethylstyrene (CAS RN 55844-94-5) with a purity by weight of 99 % or more\n0 %\n—\n31.12.2024\n0.2891\nex 3903 90 90\nex 3911 90 99\n35\n43\nCopolymer of α -methylstyrene and styrene, having a softening point of more than 113 o C\n0 %\n—\n31.12.2023\n0.7417\nex 3903 90 90\nex 3904 69 80\n38\n88\nPolytetrafluoroethylene (CAS RN 9002-84-0) encapsulated with an acrylonitrile-styrene copolymer (CAS RN 9003-54-7), with a content by weight of each polymer of 50 % (± 1 %)\n0 %\n—\n31.12.2022\n0.6565\nex 3903 90 90\n45\nPreparation, in form of powder, containing by weight:\n86 % or more but not more than 90 % of styrene‐acrylic-copolymer, and\n9 % or more but not more than 11 % of fatty acid ethoxylate (CAS RN 9004-81-3)\n0 %\nm 3\n31.12.2024\n0.6780\nex 3903 90 90\n46\nCopolymer in the form of granules containing by weight:\n74 % (± 4 %) styrene,\n24 % (± 2 %) n-butylacrylate, and\n0,01 % or more but not more than 2 % methacrylic acid\n0 %\nm 3\n31.12.2020\n0.5473\nex 3903 90 90\nex 3911 90 99\n60\n60\nCopolymer of styrene with maleic anhydride, either partially esterified or completely chemically modified, of an average molecular weight (M n ) of not more than 4500, in flake or powder form\n0 %\n—\n31.12.2021\n0.6736\nex 3903 90 90\n65\nCopolymer of styrene with 2, 5-furandione and (1‐methylethyl)benzene in the form of flakes or powder (CAS RN 26762-29-8)\n0 %\n—\n31.12.2020\n0.6804\nex 3903 90 90\n70\nCopolymer in the form of granules containing by weight:\n75 % (± 7 %) styrene, and\n25 % (± 7 %) methylmethacrylate\n0 %\nm 3\n31.12.2020\n0.3910\nex 3903 90 90\n80\nGranules of copolymer of styrene and divinylbenzene of a minimum diameter of 150 μm and a maximum diameter of 800 μm and containing by weight:\nminimum 65 % styrene,\nmaximum 25 % divinylbenzene,\nfor use in the manufacture of ion exchange resins\n0 %\n—\n31.12.2023\n0.4410\nex 3903 90 90\n86\nMixture containing by weight:\n45 % or more but not more than 65 % of polymers of styrene,\n35 % or more but not more than 45 % of poly(phenylene ether),\nnot more than 10 % of other additives,\nand with one or more of the following special colour effects:\nmetallic or pearlescent with a visual angular metamerism caused by at least 0,3 % flake-based pigment,\nfluorescent, as characterized by emitting light during absorption of ultraviolet radiation,\nbright white, as characterized by L* not less than 92 and b* not more than 2 and a* between -5 and 7 on the CIELab colour scale\n0 %\n—\n31.12.2023\n0.2887\nex 3904 30 00\nex 3904 40 00\n30\n91\nCopolymer of vinyl chloride with vinyl acetate and vinyl alcohol, containing by weight:\n87 % or more but not more than 92 % of vinyl chloride,\n2 % or more but not more than 9 % of vinyl acetate, and\n1 % or more but not more than 8 % of vinyl alcohol,\nin one of the forms mentioned in note 6 (a) or (b) to Chapter 39, for the manufacture of goods of headings 3215 or 8523 or for use in the manufacture of coatings for containers and closures of a kind used for preserving food and drink\n0 %\n—\n31.12.2023\n0.2885\nex 3904 61 00\n20\nCopolymer of tetrafluoroethylene and trifluoro(heptafluoropropoxy)ethylene, containing 3,2 % or more but not more than 4,6 % by weight of trifluoro(heptafluoropropoxy)ethylene and less than 1 mg/kg of extractable fluoride ions\n0 %\n—\n31.12.2023\n0.7675\nex 3904 69 80\n20\nCopolymer of tetrafluoroethylene, heptafluoro-1-pentene and ethene (CAS RN 94228-79-2)\n0 %\n—\n31.12.2023\n0.7626\nex 3904 69 80\n30\nCopolymer of tetrafluoroethylene, hexafluoropropene and ethene\n0 %\n—\n31.12.2023\n0.4981\nex 3904 69 80\n81\nPoly(vinylidene fluoride) (CAS RN 24937-79-9)\n0 %\n—\n31.12.2020\n0.5560\nex 3904 69 80\n85\nCopolymer of ethylene with chlorotrifluoroethylene, whether or not modified with hexafluoroisobutylene, in powder form, whether or not with fillers\n0 %\n—\n31.12.2022\n0.3285\nex 3904 69 80\n94\nCopolymer of ethylene and tetrafluoroethylene\n0 %\n—\n31.12.2023\n0.2883\nex 3904 69 80\n96\nPolychlorotrifluoroethylene, in one of the forms mentioned in note 6 (a) and (b) to Chapter 39\n0 %\n—\n31.12.2023\n0.3745\nex 3904 69 80\n97\nCopolymer of chlorotrifluoroethylene and vinylidene difluoride\n0 %\n—\n31.12.2024\n0.5786\nex 3905 30 00\n10\nViscous preparation, essentially consisting of poly(vinyl alcohol) (CAS RN 9002-89-5), an organic solvent and water for use as protective coating of wafers during the manufacturing of semiconductors\n0 %\n—\n31.12.2022\n0.5774\nex 3905 91 00\n40\nWater soluble copolymer of ethylene and vinyl alcohol (CAS RN 26221-27-2), containing by weight not more than 38 % of the monomer unit ethylene\n0 %\n—\n31.12.2022\n0.3283\nex 3905 99 90\n95\nHexadecylated or eicosylated polyvinylpyrrolidone\n0 %\n—\n31.12.2023\n0.2880\nex 3905 99 90\n96\nPolymer of vinyl formal, in one of the forms mentioned in note 6 (b) to Chapter 39, of a weight average molecular weight (M w ) of 25 000 or more but not more than 150 000 and containing by weight:\n9,5 % or more but not more than 13 % of acetyl groups evaluated as vinyl acetate, and\n5 % or more but not more than 6,5 % of hydroxy groups evaluated as vinyl alcohol\n0 %\n—\n31.12.2023\n0.3282\nex 3905 99 90\n97\nPovidone (INN)-iodine (CAS RN 25655-41-8)\n0 %\n—\n31.12.2023\n0.3278\nex 3905 99 90\n98\nPoly(vinyl pyrrolidone) partially substituted by triacontyl groups, containing by weight 78 % or more but not more than 82 % of triacontyl groups\n0 %\n—\n31.12.2023\n0.3276\n3906 90 60\nCopolymer of methyl acrylate with ethylene and a monomer containing a non-terminal carboxy group as a substituent, containing by weight 50 % or more of methyl acrylate, whether or not mixed with silicon dioxide\n0 %\n—\n31.12.2023\n0.3279\nex 3906 90 90\n10\nPolymerization product of acrylic acid with small quantities of a polyunsaturated monomer, for the manufacture of medicaments of heading 3003 or 3004\n0 %\n—\n31.12.2023\n0.7347\nex 3906 90 90\n23\nCopolymer of methylmethacrylate, butylacrylate, glycidylmethacrylate and styrene (CAS RN 37953-21-2), with an epoxy equivalent weight of not more than 500, in form of ground flakes with a particle size of not more than 1 cm\n0 %\n—\n31.12.2022\n0.5814\nex 3906 90 90\n27\nCopolymer of stearyl methacrylate, isooctyl acrylate and acrylic acid, dissolved in isopropyl palmitate\n0 %\n—\n31.12.2022\n0.6672\nex 3906 90 90\n33\nCore shell copolymer of butyl acrylate and alkyl methacrylate, with a particle size of 5 μm or more but not more than 10 μm\n0 %\n—\n31.12.2020\n0.6663\nex 3906 90 90\n37\nCopolymer of trimethylolpropane trimethacrylate and methyl methacrylate (CAS RN 28931-67-1), in microsphere form with an average diameter of 3 μm\n0 %\n—\n31.12.2020\n0.4908\nex 3906 90 90\n40\nTransparent acrylic polymer in packages of not more than 1 kg, and not for retail sale with:\na viscosity of not more than 50000 Pa·s at 120 °C as determined by the test method ASTM D 3835,\na weight average molecular weight (M w ) of more than 500 000 but not more than 1 200 000 according to the Gel Permeation Chromatography (GPC) test,\na residual monomer content of less than 1 %\n0 %\n—\n31.12.2020\n0.4667\nex 3906 90 90\n41\nPoly(alkyl acrylate) with an ester alkyl chain of C10 to C30\n0 %\n—\n31.12.2024\n0.7125\nex 3906 90 90\n43\nCopolymer of methacrylic esters, butylacrylate and cyclic dimethylsiloxanes (CAS RN 143106-82-5)\n0 %\n—\n31.12.2021\n0.2886\nex 3906 90 90\n50\nPolymers of esters of acrylic acid with one or more of the following monomers in the chain:\nchloromethyl vinyl ether,\nchloroethyl vinyl ether,\nchloromethylstyrene,\nvinyl chloroacetate,\nmethacrylic acid,\nbutenedioic acid monobutyl ester,\nbutenedioic acid monocyclohexyl ester,\ncontaining by weight not more than 5 % of each monomer unit\n0 %\n—\n31.12.2023\n0.7131\nex 3906 90 90\n53\nPolyacrylamide powder having an average particle size of less than 2 microns and a melting point of more than 260°C, containing by weight:\n75 % or more but not more than 85 % of polyacrylamide, and\n15 % or more but not more than 25 % of polyethylene glycol\n0 %\n—\n31.12.2021\n0.7499\nex 3906 90 90\n60\nAqueous dispersion containing by weight:\nmore than 10 % but not more than 15 % of ethanol, and\nmore than 7 % but not more than 11 % of a reaction product of poly(epoxyalkylmethacrylate‐co‐divinylbenzene) with a glycerol derivative\n0 %\n—\n31.12.2023\n0.6425\nex 3906 90 90\n73\nPreparation containing by weight:\n33 % or more but not more than 37 % of butyl methacrylate - methacrylic acid copolymer,\n24 % or more but not more than 28 % of propylene glycol, and\n37 % or more but not more than 41 % of water\n0 %\n—\n31.12.2024\n0.6890\nex 3907 10 00\n10\nMixture of a trioxan-oxirane-copolymer and polytetrafluoroethylene\n0 %\n—\n31.12.2020\n0.6891\nex 3907 10 00\n20\nPolyoxymethylene with acetyl endcaps, containing polydimethylsiloxane and fibers of a copolymer of terephthalic acid and 1,4-phenyldiamine\n0 %\n—\n31.12.2020\n0.3272\nex 3907 20 11\n10\nPoly(ethylene oxide) of a number average molecular weight (M n ) of 100 000 or more\n0 %\n—\n31.12.2023\n0.4378\nex 3907 20 11\n20\nBis[Methoxypoly[ethyleneglycol)]-maleimidopropionamide, chemically modified with lysine, of a number average molecular weight (M n ) of 40 000\n0 %\n—\n31.12.2023\n0.5379\nex 3907 20 11\n60\nPreparation containing:\nα-[3-[3-(2H-Benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxyphenyl]-1-oxopropyl]-ω-hydroxypoly(oxy-1,2-ethanediyl) (CAS RN 104810-48-2), and\nα-[3-[3-(2H-Benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxyphenyl]-1-oxopropyl]-ω-[3-[3-(2H-benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxyphenyl]-1-oxopropoxy]poly(oxy-1,2-ethanediyl) (CAS RN 104810-47-1)\n0 %\n—\n31.12.2021\n0.5862\nex 3907 20 20\n20\nPolytetramethylene ether glycol with a weight average molecular weight (Mw) of 2 700 or more but not more than 3 100 (CAS RN 25190-06-1)\n0 %\n—\n31.12.2022\n0.7099\nex 3907 20 20\n25\nCopolymer of propylene oxide and butylene oxide, monododecylether, containing by weight:\n48 % or more but not more than 52 % of propylene oxide, and\n48 % or more but not more than 52 % of butylene oxide\n0 %\n—\n31.12.2021\n0.2876\nex 3907 20 20\n30\nMixture, containing by weight 70 % or more but not more than 80 % of a polymer of glycerol and 1,2-epoxypropane and 20 % or more but not more than 30 % of a copolymer of dibutyl maleate and N -vinyl-2-pyrrolidone\n0 %\n—\n31.12.2023\n0.7532\nex 3907 20 20\n35\nMixture containing by weight:\n5 % or more but not more than 15 % of a copolymer of glycerol, propylene oxide and ethylene oxide (CAS RN 9082-00-2), and\n85 % or more but not more than 95 % of a copolymer of sucrose, propylene oxide and ethylene oxide (CAS RN 26301-10-0)\n0 %\n—\n31.12.2023\n0.4013\nex 3907 20 20\n40\nCopolymer of tetrahydrofuran and tetrahydro-3-methylfuran with a number average molecular weight (Mn) of 900 or more but not more than 3 600\n0 %\n—\n31.12.2023\n0.6351\nex 3907 20 20\nex 3907 20 99\n50\n75\nPoly( p -phenylene oxide) in the form of powder\nwith a glasstransitiontemperature of 210 °C,\nwith a weight average molecular weight (Mw) of 35 000 or more but not more than 80 000 ,\nwith an inherent viscosity of 0,2 or more but not more than 0,6 dl/gram\n0 %\n—\n31.12.2024\n0.7308\nex 3907 20 20\n60\nPolypropylene glycol monobutyl ether (CAS RN 9003-13-8) of an alkalinity of not more than 1 ppm of sodium\n0 %\n—\n31.12.2022\n0.3271\nex 3907 20 99\n15\nPoly(oxypropylene) having alkoxysilyl end-groups\n0 %\n—\n31.12.2023\n0.7478\nex 3907 20 99\n20\n2,3-Bis(methylpolyoxyethylene-oxy)-1-[(3-maleimido-1-oxopropyl)amino]propyloxy propane (CAS RN 697278-30-1) with a number average molecular weight (Mn) of at least 20 kDa whether or not modified with a chemical entity enabling a linkage between the PEG and a protein or a peptide\n0 %\n—\n31.12.2023\n0.2920\nex 3907 20 99\n30\nHomopolymer of 1-chloro-2,3-epoxypropane (epichlorohydrin)\n0 %\n—\n31.12.2023\n0.7484\nex 3907 20 99\n40\nN-(methoxypoly (ethylene glycol) -N-(1-acetyl- (2-methoxypoly (ethylene glycol)) -glycine (CAS RN 600169-00-4) with a number average molecular weight (Mn) for polyethylene glycol of 40 kDa\n0 %\n—\n31.12.2023\n0.3269\nex 3907 20 99\n45\nCopolymer of ethylene oxide and propylene oxide, having aminopropyl and methoxy end-groups\n0 %\n—\n31.12.2023\n0.4536\nex 3907 20 99\n50\nVinyl-silyl terminated perfluoropolyether polymer or an assortment of two components consisting of the same type of vinyl-silyl terminated perfluoropolyether polymer as the main ingredient\n0 %\n—\n31.12.2023\n0.4546\nex 3907 20 99\n55\nSuccinimidyl ester of methoxy poly(ethylene glycol)propionic acid, of a number average molecular weight (Mn) of 5 000\n0 %\n—\n31.12.2023\n0.5144\nex 3907 20 99\n60\nPolytetramethylene oxide di-p-aminobenzoate\n0 %\n—\n31.12.2021\n0.6839\nex 3907 30 00\n15\nEpoxide resin, halogen-free:\ncontaining by weight more than 2 % phosphoros calculated on the solid content, chemically bound in the epoxide resin,\nnot containing any hydrolysable chloride or containing less than 300 ppm hydrolysable chloride, and\ncontaining solvents,\nfor use in the manufacture of prepreg sheets or rolls of a kind used for the production of printed circuits\n0 %\n—\n31.12.2020\n0.6840\nex 3907 30 00\n25\nEpoxide resin:\ncontaining by weight 21 % or more of brome,\nnot containing any hydrolysable chloride or containing less than 500 ppm hydrolysable chloride, and\ncontaining solvents\n0 %\n—\n31.12.2020\n0.2759\nex 3907 30 00\nex 3926 90 97\n40\n70\nEpoxide resin, containing by weight 70 % or more of silicon dioxide, for the encapsulation of goods of headings 8533, 8535, 8536, 8541, 8542 or 8548\n0 %\n—\n31.12.2023\n0.5578\nex 3907 30 00\n60\nPolyglycerol polyglycidyl ether resin (CAS RN 118549-88-5)\n0 %\n—\n31.12.2022\n0.7427\nex 3907 30 00\n70\nPreparation of epoxy resin (CAS RN 29690-82-2) and phenolic resin (CAS RN 9003-35-4) containing by weight:\n65 % or more but not more than 75 % of silicon dioxide (CAS RN 60676-86-0), and\nnone or not more than 0,5 % of carbon black (CAS RN 1333-86-4)\n0 %\n—\n31.12.2022\n0.2541\nex 3907 40 00\n35\nα-Phenoxycarbonyl-ω-phenoxypoly[oxy(2,6-dibromo-1,4-phenylene) isopropylidene(3,5-dibromo-1,4-phenylene)oxycarbonyl] (CAS RN 94334-64-2)\n0 %\n—\n31.12.2023\n0.2564\nex 3907 40 00\n45\nα-(2,4,6-Tribromophenyl)-ω-(2,4,6-tribromophenoxy)poly[oxy(2,6-dibromo-1,4-phenylene)isopropylidene(3,5-dibromo-1,4-phenylene)oxycarbonyl] (CAS RN 71342-77-3)\n0 %\n—\n31.12.2023\n0.6352\nex 3907 40 00\n70\nPolycarbonate of phosgene and bisphenol A:\ncontaining by weight 12 % or more but not more than 26 % of a copolymer of isophthaloyl chloride, terephthaloyl chloride and resorcinol,\nwith p-cumylphenol endcaps, and\nwith a weight average molecular weight (Mw) of 29 900 or more but not more than 31 900\n0 %\n—\n31.12.2024\n0.6355\nex 3907 40 00\n80\nPolycarbonate of carbonic dichloride, 4,4'-(1-methylethylidene)bis[2,6-dibromophenol] and 4,4'-(1-methylethylidene)bis[phenol] with 4-(1-methyl-1-phenylethyl)phenol endcaps\n0 %\n—\n31.12.2024\n0.3263\nex 3907 69 00\n10\nCopolymer of terephthalic acid and isophthalic acid with ethylene glycol, butane-1,4-diol and hexane-1,6-diol\n0 %\n—\n31.12.2023\n0.5160\nex 3907 69 00\n40\nPoly(ethylene terephthalate) pellets or granules:\nwith a specific gravity of 1,23 or more but not more than 1,27 at 23 °C, and\ncontaining not more than 10 % by weight of other modifiers or additives\n0 %\nm 3\n31.12.2021\n0.2980\n3907 70 00\nPoly(lactic acid)\n0 %\n—\n31.12.2023\n0.2918\nex 3907 91 90\n10\nDiallyl phthalate prepolymer, in powder form\n0 %\n—\n31.12.2024\n0.2977\nex 3907 99 80\n10\nPoly(oxy-1,4-phenylenecarbonyl) (CAS RN 26099-71-8), in the form of powder\n0 %\n—\n31.12.2023\n0.5639\nex 3907 99 80\n25\nCopolymer, containing 72 % by weight or more of terephthalic acid and/or isomers thereof and cyclohexanedimethanol\n0 %\n—\n31.12.2022\n0.4940\nex 3907 99 80\nex 3913 90 00\n30\n20\nPoly(hydroxyalkanoate), predominantly consisting of poly(3-hydroxybutyrate)\n0 %\n—\n31.12.2020\n0.7491\nex 3907 99 80\n35\nCopolymer in form of a clear, pale yellow liquid, consisting of:\nphthalic acid isomers and/or aliphatic dicarboxylic acids,\naliphatic diols, and\nfatty acid end-caps,\nwith:\na hydroxyl number of 120 mg KOH or more but not more than 350 mg KOH,\na viscosity at 25 °C of 2000 cPs or more but not more than 8000 cPs, and\nan acid value less than 10 mg KOH/g\n0 %\n—\n31.12.2023\n0.4795\nex 3907 99 80\n70\nCopolymer of poly(ethylene terephthalate) and cyclohexane dimethanol, containing more than 10 % by weight of cyclohexane dimethanol\n3,5 %\n—\n31.12.2024\n0.5057\nex 3907 99 80\n80\nCopolymer, consisting of 72 % by weight or more of terephthalic acid and/ or derivatives thereof and cyclohexanedimethanol, completed with linear and/ or cyclic dioles\n0 %\n—\n31.12.2020\n0.2923\nex 3908 90 00\n10\nPoly(iminomethylene-1,3-phenylenemethyleneiminoadipoyl), in one of the forms mentioned in note 6 (b) to Chapter 39\n0 %\n—\n31.12.2023\n0.3261\nex 3908 90 00\n30\nReaction product of mixtures of octadecanecarboxylic acids polymerised with an aliphatic polyetherdiamine\n0 %\n—\n31.12.2023\n0.6639\nex 3908 90 00\n55\n1,4-Benzenedicarboxylic acid polymer with 2-methyl-1,8-octanediamine and 1,9-nonanediamine (CAS RN 169284-22-4)\n0 %\n—\n31.12.2020\n0.7428\nex 3909 20 00\n10\nPolymer mixture, containing by weight:\n60 % or more but not more than 75 % of melamine resin (CAS RN 9003-08-1),\n15 % or more but not more than 25 % of silicon dioxide (CAS RN 14808-60-7 or 60676-86-0),\n5 % or more but not more than 15 % of cellulose (CAS RN 9004-34-6), and\n1 % or more but not more than 15 % of phenolic resin (CAS RN 25917-04-8)\n0 %\n—\n31.12.2022\n0.5032\nex 3909 40 00\n20\nPowder of thermosetting resin in which magnetic particles have been evenly distributed, for use in the manufacture of ink for photocopiers, fax machines, printers and multifunction devices\n0 %\n—\n31.12.2020\n0.7865\nex 3909 40 00\n70\nPolymer in the form of flakes composed of 98 % or more by weight of phenolic resin (brominated octylphenol-formaldehyde) with a softening point of 80 °C or more but not more than 95 °C according to standard ASTM E28-92 (CAS RN 112484-41-0)\n0 %\n—\n31.12.2024\n0.4595\nex 3909 50 90\n10\nUV curable water soluble liquid photopolymer consisting of a mixture by weight of:\n60 % or more of two-functional acrylated polyurethane oligomers, and\n30 % (± 8 %) of mono-functional and tri-functional (metha) acrylates, and\n10 % (± 3 %) of hydroxyl functionalized mono‐functional (metha) acrylates\n0 %\n—\n31.12.2024\n0.6423\nex 3909 50 90\n20\nPreparation containing by weight:\n14 % or more but not more than 18 % of ethoxylated polyurethane modified with hydrophobic groups,\n3 % or more but not more than 5 % of enzymatically modified starch, and\n77 % or more but not more than 83 % of water\n0 %\n—\n31.12.2024\n0.6420\nex 3909 50 90\n30\nPreparation containing by weight:\n16 % or more but not more than 20 % of ethoxylated polyurethane modified with hydrophobic groups,\n19 % or more but not more than 23 % of diethylene glycol butyl ether, and\n60 % or more but not more than 64 % of water\n0 %\n—\n31.12.2024\n0.6424\nex 3909 50 90\n40\nPreparation containing by weight:\n34 % or more but not more than 36 % of ethoxylated polyurethane modified with hydrophobic groups,\n37 % or more but not more than 39 % of propylene glycol, and\n26 % or more but not more than 28 % of water\n0 %\n—\n31.12.2024\n0.6921\nex 3910 00 00\n15\nDimethyl, methyl(propyl(polypropylene oxide)) siloxane (CAS RN 68957-00-6), trimethylsiloxy-terminated\n0 %\n—\n31.12.2020\n0.3260\nex 3910 00 00\n20\nBlock copolymer of poly(methyl-3,3,3-trifluoropropylsiloxane) and poly[methyl(vinyl)siloxane]\n0 %\n—\n31.12.2023\n0.7057\nex 3910 00 00\n25\nPreparations containing by weight:\n10 % or more, 2-hydroxy-3-[3-[1,3,3,3-tetramethyl-1-[(trimethylsilyl)oxy] disiloxanyl] propoxy] propyl-2-methyl-2-propenoate (CAS RN 69861-02-5), and\n10 % or more, α-Butyldimethylsilyl- ω -3-[(2-methyl-1-oxo-2-propen-1-yl)oxy]propyl-terminated silicone polymer (CAS RN 146632-07-7)\n0 %\n—\n31.12.2021\n0.7058\nex 3910 00 00\n35\nPreparations containing by weight:\n30 % or more, α-Butyldimethylsilyl-ω-(3-methacryloxy-2-hydroxypropyloxy)propyldimethylsilyl-polydimethylsiloxane (CAS RN 662148-59-6), and\n10 % or more, N,N – Dimethylacrylamide (CAS RN 2680-03-7)\n0 %\n—\n31.12.2021\n0.4049\nex 3910 00 00\n40\nSilicones of a kind used in the manufacture of long term surgical implants\n0 %\n—\n31.12.2021\n0.7217\nex 3910 00 00\n45\nDimethyl Siloxane, hydroxy-terminated polymer with a viscosity of 38-45 mPa·s (CAS RN 70131-67-8)\n0 %\n—\n31.12.2021\n0.4300\nex 3910 00 00\n50\nSilicone based pressure sensitive adhesive in solvent containing copoly(dimethylsiloxane/diphenylsiloxane) gum\n0 %\n—\n31.12.2022\n0.7218\nex 3910 00 00\n55\nPreparation containing by weight:\n55 % or more but not more than 65 % of vinyl terminated polydimethylsiloxane (CAS RN 68083‐19‐2),\n30 % or more but not more than 40 % of dimethylvinylated and trimethylated silica (CAS RN 68988-89-6), and\n1 % or more but not more than 5 % of silicic acid, sodium salt, reaction products with chlorotrimethylsilane and isopropyl alcohol (CAS RN 68988-56-7)\n0 %\n—\n31.12.2021\n0.4845\nex 3910 00 00\n60\nPolydimethylsiloxane, whether or not polyethylene glycol and trifluoropropyl substituted, with methacrylate end groups\n0 %\n—\n31.12.2024\n0.5926\nex 3910 00 00\n70\nPassivating silicon coating in primary form, to protect edges and prevent short circuits in semiconductor devices\n0 %\n—\n31.12.2023\n0.6324\nex 3910 00 00\n80\nMonomethacryloxypropylterminated poly(dimethylsiloxane)\n0 %\n—\n31.12.2024\n0.4413\nex 3911 10 00\n81\nNon-hydrogenated hydrocarbon resin, obtained by polymerization of more than 75 % by weight C-5 to C-12 cycloaliphatic alkenes and more than 10 % but not more than 25 % by weight aromatic alkenes yielding a hydrocarbon resin with:\nan iodine value of more than 120, and\na Gardner Colour of more than 10 for the pure product, or\na Gardner Colour of more than 8 for a 50 % solution by weight in toluene (as determined by the ASTM method D6166)\n0 %\n—\n31.12.2023\n0.7163\nex 3911 90 19\n20\nSet of two components, in a volume ratio of 1:1, intended to produce a thermosetting polydicyclopentadiene after mixing, both components containing:\n83 % or more by weight of 3a,4,7,7a‐tetrahydro‐4,7‐methanoindene (dicyclopentadiene),\na synthetic rubber,\nwhether or not containing by weight 7 % or more of tricyclopentadiene,\nand each separate component containing:\neither an aluminium-alkyl compound, or\nan organic complex of tungsten, or\nan organic complex of molybdenum\n0 %\n—\n31.12.2023\n0.4280\nex 3911 90 19\n30\nCopolymer of ethyleneimine and ethyleneimine dithiocarbamate, in an aqueous solution of sodium hydroxide\n0 %\n—\n31.12.2022\n0.5145\nex 3911 90 19\n40\nm-Xylene formaldehyde resin\n0 %\n—\n31.12.2021\n0.6422\nex 3911 90 19\n50\nPolycarboxylate sodium salt of 2,5-furandione and 2,4,4-trimethylpentene in powder form\n0 %\n—\n31.12.2024\n0.6519\nex 3911 90 19\n70\nPreparation, containing:\nCyanic acid, C,C'-((1-methylethylidene)di-4,1-phenylene) ester, homopolymer (CAS RN 25722-66-1),\n1,3-Bis(4-cyanophenyl)propane (CAS RN 1156-51-0),\nin a solution of butanone (CAS RN 78-93-3) with a content of less than 50 % by weight\n0 %\n—\n31.12.2024\n0.3257\nex 3911 90 99\n25\nCopolymer of vinyltoluene and α -methylstyrene\n0 %\n—\n31.12.2023\n0.5053\nex 3911 90 99\n30\n1,4:5,8-Dimethanonaphthalene, 2-ethylidene-1,2,3,4,4a,5,8,8a-octahydro-, polymer with 3a,4,7,7a-tetrahydro-4,7-methano-1H-indene, hydrogenated\n0 %\n—\n31.12.2020\n0.5109\nex 3911 90 99\n35\nAlternated copolymer of ethylene and maleic anhydride (EMA)\n0 %\n—\n31.12.2020\n0.3221\nex 3911 90 99\n40\nMixed calcium and sodium salt of a copolymer of maleic acid and methyl vinyl ether, having a calcium content of 9 % or more but not more than 16 % by weight\n0 %\n—\n31.12.2023\n0.3256\nex 3911 90 99\n45\nCopolymer of maleic acid and methyl vinyl ether\n0 %\n—\n31.12.2023\n0.5729\nex 3911 90 99\n53\nHydrogenated polymer of 1,2,3,4,4a,5,8,8a-octahydro-1,4:5,8-dimethanonaphthalene with 3a,4,7,7a-tetrahydro-4,7-methano-1H-indene and 4,4a,9,9a-tetrahydro-1,4-methano-1H-fluorene (CAS RN 503442-46-4)\n0 %\n—\n31.12.2022\n0.5730\nex 3911 90 99\n57\nHydrogenated polymer of 1,2,3,4,4a,5,8,8a-octahydro-1,4:5,8-dimethanonaphthalene with 4,4a,9,9a-tetrahydro-1,4-methano-1H-fluorene (CAS RN 503298-02-0)\n0 %\n—\n31.12.2022\n0.3255\nex 3911 90 99\n65\nCalcium zinc salt of a copolymer of maleic acid and methyl vinyl ether\n0 %\n—\n31.12.2023\n0.4091\nex 3911 90 99\n86\nCopolymer of methyl vinyl ether and maleic acid anhydride (CAS RN 9011-16-9)\n0 %\n—\n31.12.2021\n0.4912\nex 3912 11 00\n30\nCellulose triacetate (CAS RN 9012-09-3)\n0 %\n—\n31.12.2021\n0.4953\nex 3912 11 00\n40\nCellulose diacetate powder\n0 %\n—\n31.12.2020\n0.3251\nex 3912 39 85\n10\nEthylcellulose, not plasticized\n0 %\n—\n31.12.2023\n0.3253\nex 3912 39 85\n20\nEthylcellulose, in the form of an aqueous dispersion containing hexadecan-1-ol and sodium dodecyl sulphate, containing by weight 27 (± 3) % of ethylcellulose\n0 %\n—\n31.12.2023\n0.3252\nex 3912 39 85\n30\nCellulose, both hydroxyethylated and alkylated with alkyl chain-lengths of 3 or more carbon atoms\n0 %\n—\n31.12.2023\n0.5172\nex 3912 39 85\n40\nHypromellose (INN) (CAS RN 9004-65-3)\n0 %\n—\n31.12.2021\n0.6718\nex 3912 39 85\n50\nPolyquaternium 10 (CAS RN 68610-92-4)\n0 %\n—\n31.12.2020\n0.4017\nex 3912 90 10\n20\nHydroxypropyl methylcellulose phthalate\n0 %\n—\n31.12.2023\n0.3898\nex 3913 90 00\n30\nProtein, chemically or enzymatically modified by carboxylation and/or phthalic acid addition, whether or not hydrolysed, having a weight average molecular weight (Mw) of less than 350 000\n0 %\n—\n31.12.2023\n0.3749\nex 3913 90 00\n85\nSterile sodium hyaluronate (CAS RN 9067-32-7)\n0 %\n—\n31.12.2023\n0.3249\nex 3913 90 00\n95\nChondroitinsulphuric acid, sodium salt (CAS RN 9082-07-9)\n0 %\n—\n31.12.2023\n0.4797\nex 3916 20 00\n91\nProfiles of poly(vinyl chloride) of a kind used in the manufacture of sheet pilings and facings, containing the following additives:\ntitanium dioxide,\npoly(methyl methacrylate),\ncalcium carbonate,\nbinding agents\n0 %\n—\n31.12.2024\n0.5988\nex 3916 90 10\n10\nRods with cellular structure, containing by weight:\npolyamide-6 or poly(epoxy anhydride),\n7 % or more but not more than 9 % of polytetrafluorethylene, if present,\n10 % or more but not more than 25 % of inorganic fillers\n0 %\n—\n31.12.2023\n0.4641\nex 3917 40 00\n91\nPlastic connectors containing O-rings, a retainer clip and a release system for insertion into car fuel hoses\n0 %\n—\n31.12.2024\n0.2421\nex 3919 10 19\nex 3919 10 80\nex 3919 90 80\n10\n25\n31\nReflecting film, consisting of a layer of polyurethane, with, on one side, security imprints against counterfeiting, alteration or substitution of data or duplication, or an official mark for an intended use, and embedded glass beads and, on the other side, an adhesive layer, covered on one side or on both sides with a release film\n0 %\n—\n31.12.2023\n0.4800\nex 3919 10 80\nex 3919 90 80\n27\n20\nPolyester film:\ncoated on one side with an acrylic thermal release adhesive that debonds at temperatures of 90 °C or more but not more than 200 °C, and a polyester liner, and\non the other side not coated or coated with an acrylic pressure sensitive adhesive or with an acrylic thermal release adhesive that debonds at temperatures of 90 °C or more but not more than 200 °C, and a polyester liner\n0 %\n—\n31.12.2024\n0.2910\nex 3919 10 80\n35\nReflecting film, consisting of a layer of poly(vinyl chloride), a layer of alkyd polyester, with, on one side, security imprints against counterfeiting, alteration or substitution of data or duplication, or an official mark for an intended use, only visible by means of a retroreflecting lighting, and embedded glass beads and, on the other side, an adhesive layer, covered on one side or on both sides with a release film\n0 %\n—\n31.12.2023\n0.4757\nex 3919 10 80\n37\nPolytetrafluoroethylene film:\nwith a thickness of 100 μm or more,\nan elongation at break of not more than 100 %,\ncoated on one side with a pressure sensitive silicon adhesive\n0 %\n—\n31.12.2020\n0.4093\nex 3919 10 80\nex 3919 90 80\n40\n43\nBlack poly(vinyl chloride) film:\nwith a gloss of more than 30 degrees according to ASTM D2457,\nwhether or not covered on one side with a protective poly(ethyleneterephthalate) film, and on the other side with a pressure sensitive adhesive with channels and a release liner\n0 %\n—\n31.12.2022\n0.4761\nex 3919 10 80\nex 3919 90 80\n43\n26\nEthylene vinyl acetate film:\nof a thickness of 100 μm or more,\ncoated on one side with an acrylic pressure sensitive or UV-sensitive adhesive and a polyester or polypropylene liner\n0 %\n—\n31.12.2020\n0.4303\nex 3919 10 80\nex 3919 90 80\n45\n45\nReinforced polyethylene foam tape, coated on both sides with an acrylic micro channelled pressure sensitive adhesive and on one side a liner, with an application thickness of 0,38 mm or more but not more than 1,53 mm\n0 %\n—\n31.12.2022\n0.3035\nex 3919 10 80\nex 3919 90 80\nex 3920 10 89\n50\n41\n25\nAdhesive film consisting of a base of a copolymer of ethylene and vinyl acetate (EVA) of a thickness of 70 μm or more and an adhesive part of acrylic type of a thickness of 5 μm or more, for use in the grinding and/or dicing process of silicon discs\n0 %\n—\n31.12.2023\n0.3036\nex 3919 10 80\nex 3919 90 80\n55\n53\nAcrylic foam tape, covered on one side with a heat activatable adhesive or an acrylic pressure sensitive adhesive and on the other side with an acrylic pressure sensitive adhesive and a release sheet, of a peel adhesion at an angle of 90 o of more than 25 N/cm (as determined by the ASTM D 3330 method)\n0 %\n—\n31.12.2022\n0.2416\nex 3919 10 80\nex 3919 90 80\nex 3920 61 00\n57\n30\n30\nReflecting sheet:\nof a polycarbonate or acrylic polymer film embossed on one side in a regular shaped pattern,\ncovered on one or both sides with one or more layers of plastic or metallisation, and\nwhether or not covered on one side with a self-adhesive layer and a release sheet\n0 %\n—\n31.12.2023\n0.6886\nex 3919 10 80\n63\nReflecting film consisting of\na layer of an acrylic resin with imprints against counterfeiting, alteration or substitution of data or duplication, or an official mark for an intended use,\na layer of an acrylic resin having embedded glass beads,\na layer of an acrylic resin hardened by a melamine cross-linking agent,\na metal layer,\nan acrylic adhesive, and\na release film\n0 %\n—\n31.12.2020\n0.5161\nex 3919 10 80\nex 3919 90 80\n70\n75\nRolls of polyethylene foil:\nself-adhesive on one side,\nof a total thickness of 0,025 mm or more, but not more than 0,09 mm,\nof a total width of 60 mm or more, but not more than 1 110 mm,\nfor use in the manufacture of products of Headings 8521 or 8528 for protection purposes\n0 %\n—\n31.12.2021\n0.4545\nex 3919 10 80\nex 3919 90 80\n73\n50\nSelf-adhesive reflecting sheet whether or not in segmented pieces:\nwhether or not containing a watermark,\nwith or without an application tape coated on one side with an adhesive,\nthe reflective sheet consists of:\na layer of acrylic or vinyl polymer,\na layer of poly(methyl methacrylate) or polycarbonate containing microprisms,\na layer of metallisation,\nan adhesive layer, and\na release sheet,\nwhether or not containing an additional layer of polyester\n0 %\n—\n31.12.2023\n0.5166\nex 3919 10 80\nex 3919 90 80\n75\n80\nSelf-adhesive reflecting film, consisting of several layers including:\na copolymer of acrylic resin,\npolyurethane,\na metallised layer with, on one side, laser imprints against counterfeiting, alteration or substitution of data or duplications, or an official mark for an intended use,\nglass microspheres, and\nan adhesive layer, with a release liner on one or both sides\n0 %\n—\n31.12.2021\n0.4799\nex 3919 10 80\nex 3919 90 80\n85\n28\nPoly(vinyl chloride), poly(ethyleneterephthalate), polyethylene or any other polyolefin film:\ncoated on one side with an acrylic UV-sensitive adhesive and a liner,\nof a total thickness of 65 μm or more without release liner\n0 %\n—\n31.12.2024\n0.4414\nex 3919 90 80\n19\nTransparent poly(ethylene terephthalate) self-adhesive film:\nfree from impurities or faults,\ncoated on one side with an acrylic pressure sensitive adhesive and a protective liner, and on the other side with an antistatic layer of ionic organic choline compound,\nwhether or not with a printable dust-proof layer of modified long chain alkyl organic compound,\nwith a total thickness without the liner of 54 μm or more but not more than 64 μm, and\na width of more than 1 295 mm but not more than 1 305 mm\n0 %\n—\n31.12.2023\n0.7415\nex 3919 90 80\n21\nPolytetrafluoroethylene film:\nwith a thickness of 50 μm or more but not more than 155 μm,\nwith a width of 6,30 mm or more but not more than 585 mm,\nan elongation at break of not more than 200 %, and\ncoated on one side with a pressure sensitive silicone adhesive with a thickness of not more than 40 μm\n0 %\n—\n31.12.2022\n0.4314\nex 3919 90 80\n22\nPolyester, polyethylene or polypropylene film coated on one or both sides with an acrylic and/or rubber pressure sensitive adhesive, whether or not supplied with a release liner, put up in rolls of a width of 45,7 cm or more but not more than 160 cm\n0 %\n—\n31.12.2024\n0.3243\nex 3919 90 80\n23\nFilm consisting of 1 to 3 laminated layers of poly(ethylene terephthalate) and a copolymer of terephthalic acid, sebacic acid and ethylene glycol, coated on one side with an acrylic abrasion resistant coating and on the other side with an acrylic pressure sensitive adhesive, a water soluble methylcellulose coating and a poly(ethylene terephthalate) protective liner\n0 %\n—\n31.12.2023\n0.4760\nex 3919 90 80\n24\nReflecting laminated sheet:\nconsisting of an epoxy acrylate layer embossed on one side in a regular shaped pattern,\ncovered on both sides with one or more layers of plastic material, and\ncovered on one side with an adhesive layer and a release sheet\n0 %\n—\n31.12.2024\n0.4415\nex 3919 90 80\n33\nTransparent poly(ethylene) self-adhesive film, free from impurities or faults, coated on one side with an acrylic pressure sensitive adhesive, with a thickness of 60 μm or more, but not more than 70 μm, and with a width of more than 1 245 mm but not more than 1 255 mm\n0 %\n—\n31.12.2023\n0.4398\nex 3919 90 80\n35\nReflecting layered sheet on rolls, with a width of more than 20 cm, showing an embossed regular pattern, consisting of poly(vinyl chloride) film coated on one side with:\na layer of polyurethane containing glass micro beads,\na layer of poly(ethylene vinyl acetate),\nan adhesive layer, and\na release sheet\n0 %\n—\n31.12.2023\n0.7503\nex 3919 90 80\n37\nPolyethylene or polycarbonate film, cut into ready to use forms:\none side partly printed whereby part of the printing either gives information about the meaning of LED's visible at the unprinted areas, or marks those points which must be touched to operate the system,\nthe other side partly covered with an adhesive layer,\nboth sides covered with a release liner, and\nwith dimensions of not more than 14 cm x 2,5 cm,\nfor use in the manufacture of push-button switches for mechatronic system adjustable furniture\n0 %\n—\n31.12.2023\n0.4445\nex 3919 90 80\n49\nReflecting laminated sheet consisting of a film of poly(methyl methacrylate) embossed on one side in a regular shaped pattern, a film of a polymer containing glass microspheres, an adhesive layer and a release sheet\n0 %\n—\n31.12.2023\n0.5507\nex 3919 90 80\n51\nBiaxially-oriented film of poly(methyl methacrylate), of a thickness of 50 μm or more but not exceeding 90 μm, covered on one side with an adhesive layer and a release sheet\n0 %\n—\n31.12.2023\n0.6883\nex 3919 90 80\n52\nWhite polyolefin tape consisting of:\nan adhesive layer based on synthetic rubber with a thickness of 8 μm or more but not more than 17 μm,\na polyolefin layer with a thickness of 28 μm or more but not more than 40 μm, and\na non-silicone release layer with a thickness below 1 μm\n0 %\n—\n31.12.2020\n0.4532\nex 3919 90 80\n54\nPoly(vinyl chloride) film, on one side covered with:\na polymer layer,\nan adhesive layer,\na release liner, on one side embossed, containing oblate spheres,\nwhether or not on the other side covered with an adhesive layer and a metallised polymer layer\n0 %\n—\n31.12.2024\n0.5052\nex 3919 90 80\n63\nCo-extruded trilayer film:\neach layer containing a mixture of polypropylene and polyethylene,\ncontaining not more than 3 % by weight of other polymers,\nwhether or not containing titanium dioxide in the core layer,\ncoated with an acrylic pressure sensitive adhesive and\nwith a release liner,\nof an overall thickness of not more than 110 μm\n0 %\n—\n31.12.2020\n0.4947\nex 3919 90 80\n65\nSelf-adhesive film with a thickness of 40 μm or more, but not more than 475 μm, consisting of one or more layers of transparent, metallised or dyed poly(ethylene terephthalate), covered on one side with a scratch resistant coating and on the other side with a pressure sensitive adhesive and a release liner\n0 %\n—\n31.12.2024\n0.4925\nex 3919 90 80\n70\nSelf-adhesive polishing discs of microporous polyurethane, whether or not coated with a pad\n0 %\n—\n31.12.2020\n0.4964\nex 3919 90 80\n82\nReflecting film consisting of:\na polyurethane layer,\na glass microspheres layer,\na metallised aluminium layer, and\nan adhesive, covered on one or both sides with a release liner,\nwhether or not a poly(vinyl chloride) layer,\na layer whether or not incorporating security imprints against counterfeiting, alteration or substitution of data or duplication, or an official mark for an intended use\n0 %\n—\n31.12.2020\n0.4459\nex 3919 90 80\nex 9001 90 00\n83\n33\nReflector or diffuser sheets, in rolls:\nfor protection against ultraviolet or infra-red heat radiation, to be affixed to windows, or\nfor equal transmission and distribution of light, intended for LCD modules\n0 %\n—\n31.12.2022\n0.3241\nex 3920 10 25\n30\nMono-layered high-density polyethylene film:\ncontaining by weight 99 % or more of polyethylene,\nwith a thickness of 12 μm or more but not more than 20 μm,\nwith a length of 4 000 m or more but not more than 7 000 m,\nwith a width of 600 mm or more but not more than 900 mm\n0 %\n—\n31.12.2023\n0.4419\nex 3920 10 28\n91\nPoly(ethylene) film printed with a graphic design, which is achieved by using four base colours in ink plus specialist colours, to achieve multiple colours in ink on one side of the film, and one colour on the opposite side, the graphic design also has the following characteristics:\nis repetitive and equally spaced along the length of the film,\nis equally and visibly aligned when viewed from the back or front of the film\n0 %\n—\n31.12.2023\n0.6640\nex 3920 10 40\n40\nTubular layered film predominately of polyethylene:\nconsisting of a tri-layer barrier with a core layer of ethylene vinyl alcohol covered on either side with a layer of polyamide, covered on either side with at least one layer of polyethylene,\nhaving a total thickness of 55 μm or more,\nhaving a diameter of 500 mm or more but not more than 600 mm\n0 %\n—\n31.12.2020\n0.5139\nex 3920 10 89\n30\nEthylene vinyl acetate (EVA) film with:\na raised relief surface with embossed undulations, and\na thickness of more than 0,125 mm\n0 %\n—\n31.12.2021\n0.3754\nex 3920 10 89\n40\nComposite sheet containing an acrylic coating and laminated to a high-density polyethylene layer, of a total thickness of 0,8 mm or more but not more than 1,2 mm\n0 %\n—\n31.12.2021\n0.5482\nex 3920 20 21\n40\nSheets of biaxially - oriented polypropylene film:\nwith the thickness of not more than 0,1 mm,\nprinted on both sides with specialised coatings to allow banknote security printing\n0 %\n—\n31.12.2021\n0.4394\nex 3920 20 29\n60\nMono-axial oriented film, of a total thickness of not more than 75μm, consisting of three or four layers, each layer containing a mixture of polypropylene and polyethylene, with a core layer whether or not containing titanium dioxide, having:\na tensile strength in the machine direction of 120 MPa or more but not more than 270 MPa, and\na tensile strength in the transverse direction of 10 MPa or more but not more than 40 MPa,\nas determined by test method ASTM D882/ISO 527-3\n0 %\n—\n31.12.2023\n0.3028\nex 3920 20 29\n70\nMono-axial oriented film, consisting of three layers, each layer consisting of a mixture of polypropylene and a copolymer of ethylene and vinyl acetate, with a core layer whether or not containing titanium dioxide, having:\na thickness of 55 μm or more but not more than 97 μm,\na tensile modulus in the machine direction of 0,30 GPa or more but not more than 1,45 GPa, and\na tensile modulus in the transverse direction of 0,20 GPa or more but not more than 0,70 GPa\n0 %\n—\n31.12.2024\n0.5167\nex 3920 20 29\n94\nCo-extruded trilayer film:\neach layer containing a mixture of polypropylene and polyethylene,\ncontaining not more than 3 % by weight of other polymers,\nwhether or not containing titanium dioxide in the core layer,\nof an overall thickness of not more than 70 μm\n0 %\n—\n31.12.2022\n0.3024\nex 3920 43 10\n92\nSheeting of poly(vinyl chloride), stabilized against ultraviolet rays, without any holes, even microscopic, of a thickness of 60 μm or more but not more than 80 μm, containing 30 or more but not more than 40 parts of plasticiser to 100 parts of poly(vinyl chloride)\n0 %\n—\n31.12.2023\n0.3235\nex 3920 43 10\nex 3920 49 10\n94\n93\nFilm of a specular gloss of 70 or more, measured at an angle of 60° using a glossmeter (as determined by the ISO 2813:2000 method), consisting of one or two layers of poly(vinyl chloride) coated on both sides with a layer of plastic, of a thickness of 0,26 mm or more but not more than 1,0 mm, covered on the gloss surface with a protective film of polyethylene, in rolls of a width of 1 000 mm or more but not more than 1 450 mm, for use in the manufacture of goods of heading 9403\n0 %\n—\n31.12.2023\n0.3026\nex 3920 43 10\n95\nReflecting laminated sheet, consisting of a film of poly(vinyl chloride) and a film of an other plastic totally embossed in a regular pyramidal pattern, covered on one side with a release sheet\n0 %\n—\n31.12.2023\n0.5930\nex 3920 49 10\n30\nFilm of a (polyvinyl)chloride-copolymer\ncontaining by weight 45 % or more of fillers\non a support\n0 %\n—\n31.12.2023\n0.3021\nex 3920 51 00\n20\nPlate of poly(methyl methacrylate) containing aluminium trihydroxide, of a thickness of 3,5 mm or more but not more than 19 mm\n0 %\n—\n31.12.2023\n0.5506\nex 3920 51 00\n30\nBiaxially-oriented film of poly(methyl methacrylate), of a thickness of 50 μm or more but not exceeding 90 μm\n0 %\n—\n31.12.2023\n0.5753\nex 3920 51 00\n40\nSheets of polymethylmethacrylate conforming to standard EN 4366 (MIL-PRF-25690)\n0 %\n—\n31.12.2023\n0.7418\nex 3920 62 19\nex 3920 62 90\n05\n10\nPoly(ethylene terephthalate) film in rolls:\nwith a thickness of 0,335 mm or more but not more than 0,365 mm, and\ncoated with a gold layer with a thickness of 0,03 μm or more but not more than 0,06 μm\n0 %\n—\n31.12.2022\n0.3234\nex 3920 62 19\n08\nPoly(ethylene terephthalate) film, not coated with an adhesive, of a thickness of not more than 25 μm, either:\nonly dyed in the mass, or\ndyed in the mass and metallised on one side\n0 %\n—\n31.12.2023\n0.3017\nex 3920 62 19\n12\nFilm of poly(ethylene terephthalate) only, of a total thickness of not more than 120 μm, consisting of one or two layers each containing a colouring and/or UV-absorbing material throughout the mass, uncoated with an adhesive or any other material\n0 %\n—\n31.12.2023\n0.3022\nex 3920 62 19\n18\nLaminated film of poly(ethylene terephthalate) only, of a total thickness of not more than 120 μm, consisting of one layer which is metallised only and one or two layers each containing a colouring and/or UV-absorbing material throughout the mass, uncoated with an adhesive or any other material\n0 %\n—\n31.12.2023\n0.3034\nex 3920 62 19\n20\nReflecting polyester sheeting embossed in a pyramidal pattern, for the manufacture of safety stickers and badges, safety clothing and accessories thereof, or of school satchels, bags or similar containers\n0 %\n—\n31.12.2023\n0.3356\nex 3920 62 19\n38\nPoly(ethylene terephthalate) film, of a thickness of not more than 12 μm, coated on one side with a layer of aluminium oxide of a thickness of not more than 35 nm\n0 %\n—\n31.12.2023\n0.3357\nex 3920 62 19\n48\nSheets or rolls of poly(ethylene terephthalate):\ncoated on both sides with a layer of epoxy acrylic resin,\nof a total thickness of 37 μm (± 3 μm)\n0 %\n—\n31.12.2020\n0.2589\nex 3920 62 19\n52\nFilm of poly(ethylene terephthalate), poly(ethylene naphthalate) or similar polyester, coated on one side with metal and/or metal oxides, containing by weight less than 0,1 % of aluminium, of a thickness of not more than 300 μm and having a surface resistivity of not more than 10 000 ohms (per square) (as determined by the ASTM D 257-99 method)\n0 %\n—\n31.12.2023\n0.4344\nex 3920 62 19\n60\nPoly(ethylene terephthalate) film:\nof a thickness of not more than 20 μm,\ncoated on at least one side with a gas barrier layer consisting of a polymeric matrix in which silica or aluminium oxide has been dispersed and of a thickness of not more than 2μm\n0 %\n—\n31.12.2022\n0.4520\nex 3920 62 19\n76\nTransparent poly(ethylene terephthalate) film:\ncoated on both sides with layers of organic substances on the basis of acryl of a thickness of 7 nm or more but not more than 80 nm,\nwith a surface tension of 36 Dyne/cm or more but not more than 39 Dyne/cm,\nwith a light transmission of more than 93 %,\nwith a haze value of not more than 1,3 %,\nwith a total thickness of 10 μm or more but not more than 350 μm,\nwith a width of 800 mm or more but not more than 1 600 mm\n0 %\n—\n31.12.2023\n0.3328\nex 3920 69 00\n20\nFilm of poly(ethylene naphthalene-2,6-dicarboxylate)\n0 %\n—\n31.12.2023\n0.7882\nex 3920 69 00\n30\nMono- or multilayer, transverse oriented, shrink film:\ncomposed of more than 85 % by weight of polylactic acid, not more than 5 % by weight of inorganic or organic additives and not more than 10 % by weight of additives based on biodegradable polyesters,\nwith a thickness of 20 μm or more but not more than 100 μm,\nwith a length of 2 385 m or more but not more than 9 075 m,\nbiodegradable and compostable (as determined by the method EN 13432)\n0 %\n—\n31.12.2024\n0.6483\nex 3920 69 00\n50\nMonolayer, biaxially oriented film:\ncomposed of more than 85 % by weight of poly(lactic acid) and not more than 10,50 % by weight of modified poly(lactic acid) based polymer, poly-glycol ester and talc,\nhaving a thickness of 20 μm or more but not more than 120 μm,\nbiodegradable and compostable (as determined by the method EN 13432)\n0 %\n—\n31.12.2024\n0.6484\nex 3920 69 00\n60\nMonolayer, transverse oriented, shrink film:\ncomposed of more than 80 % by weight of poly(lactic acid) and not more than 15,75 % by weight of additives of modified poly(lactic acid),\nhaving a thickness of 45 μm or more but not more than 50 μm,\nbiodegradable and compostable (as determined by the method EN 13432)\n0 %\n—\n31.12.2024\n0.7883\nex 3920 69 00\n70\nMono- or multilayer, biaxially oriented film:\ncomposed of more than 85 % by weight of polylactic acid, not more than 5 % by weight of inorganic or organic additives, and not more than 10 % by weight of additives based on biodegradable polyesters,\nwith a thickness of 9 μm or more but not more than 120 μm,\nwith a length of 1 395 m or more but not more than 21 560 m,\nbiodegradable and compostable (as determined by the method EN 13432)\n0 %\n—\n31.12.2024\n0.6515\nex 3920 79 10\n10\nSheets of painted vulcanised fibre-board with a thickness of not more than 1,5 mm\n0 %\np/st\n31.12.2024\n0.4766\nex 3920 91 00\n52\nPoly(vinyl butyral) film:\ncontaining by weight 26 % or more but not more than 30 % of triethyleneglycol bis(2-ethyl hexanoate) as a plasticiser,\nwith a thickness of 0,73 mm or more but not more than 1,50 mm\n0 %\n—\n31.12.2024\n0.3329\nex 3920 91 00\n91\nPoly(vinyl butyral) film having a graduated coloured band\n3 %\n—\n31.12.2023\n0.3136\nex 3920 91 00\n93\nFilm of poly(ethylene terephthalate), whether or not metallised on one or both sides, or laminated film of poly(ethylene terephthalate) films, metallised on the external sides only, and having the following characteristics:\na visible light transmission of 50 % or more,\ncoated on one or both sides with a layer of poly(vinyl butyral) but not coated with an adhesive or any other material except poly(vinyl butyral),\na total thickness of not more than 0,2 mm without taking the presence of poly(vinyl butyral) into account and a thickness of poly(vinyl butyral) of more than 0,2 mm\n0 %\n—\n31.12.2024\n0.4508\nex 3920 91 00\n95\nCo-extruded trilayer poly(vinyl butyral) film with a graduated colour band containing by weight 29 % or more but not more than 31 % of 2,2'-ethylenedioxydiethyl bis(2-ethylhexanoate) as a plasticiser\n0 %\n—\n31.12.2023\n0.3917\nex 3920 99 28\n40\nPolymer film containing the following monomers:\npoly (tetramethylene ether glycol),\nbis (4-isocyanotocyclohexyl) methane,\n1,4-butanediol or 1,3-butanediol,\nwith a thickness of 0,25 mm or more but not more than 5,0 mm,\nembossed with a regular pattern on one surface,\nand covered with a release sheet\n0 %\n—\n31.12.2023\n0.5938\nex 3920 99 28\n45\nTransparent polyurethane film metallised on one side:\nwith a gloss of more than 90 degrees according to ASTM D2457,\ncovered on the metallised side with a heat bonding adhesive layer consisting of polyethylene/polypropylene copolymer,\ncovered on the other side with a protective poly(ethylene terephthalate) film,\nwith a total thickness of more than 204 μm but not more than 244 μm\n0 %\n—\n31.12.2024\n0.4192\nex 3920 99 28\n50\nThermoplastic polyurethane film, of a thickness of 250 μm or more but not more than 350 μm, covered on one side with a removable protective film\n0 %\n—\n31.12.2021\n0.6579\nex 3920 99 28\n65\nMatt, thermoplastic polyurethane foil in rolls with:\na width of 1640 mm (± 10 mm),\na gloss of 3,3 degrees or more but not more than 3,8 (as determined by the method ASTM D2457),\na surface roughness of 1,9 Ra or more but not more than 2,8 Ra (as determined by the method ISO 4287),\na thickness of more than 365 μm but not more than 760 μm,\na hardness of 90 (± 4) (as determined by the method: Shore A (ASTM D2240)),\nan elongation to break of 470 % (as determined by the method: EN ISO 527)\n0 %\nm 2\n31.12.2024\n0.5315\nex 3920 99 28\n70\nSheets on rolls, consisting of epoxy resin, with conducting properties, containing:\nmicrospheres with a coating of metal, whether or not alloyed with gold,\nan adhesive layer,\nwith a protective layer of silicone or poly(ethylene terephthalate) on one side,\nwith a protective layer of poly(ethylene terephthalate) on the other side, and\nwith a width of 5 cm or more but not more than 100 cm\nwith a length of not more than 2 000 m\n0 %\n—\n31.12.2021\n0.3326\nex 3920 99 59\n25\nPoly(1-chlorotrifluoroethylene) film\n0 %\n—\n31.12.2023\n0.7603\nex 3920 99 59\n30\nPoly(tetrafluoroethylene) film containing by weight 10 % or more of graphite\n0 %\n—\n31.12.2023\n0.2873\nex 3920 99 59\n55\nIon-exchange membranes of fluorinated plastic material\n0 %\n—\n31.12.2023\n0.3135\nex 3920 99 59\n65\nFilm of a vinyl alcohol copolymer, soluble in cold water, of a thickness of 34 μm or more but not more than 90 μm, a tensile strength at break of 20 MPa or more but not more than 55 MPa and an elongation at break of 250 % or more but not more than 900 %\n0 %\n—\n31.12.2023\n0.7127\nex 3920 99 59\n70\nTetrafluoroethylene film, put up in rolls, with:\na thickness of 50 μm,\na melting point of 260 °C, and\na specific gravity of 1,75 (ASTM D792),\nfor use in the manufacture of semiconductor devices\n0 %\n—\n31.12.2021\n0.7529\nex 3920 99 59\n75\nFilm of fluorinated ethylene propylene resin (CAS RN 25067-11-2) with:\na thickness of 0,010 mm or more but not more than 0,80 mm,\na width of 1 219 mm or more but not more than 1 575 mm, and\na melting point of 252 °C (measured according ASTM D-3418)\n0 %\n—\n31.12.2023\n0.4095\nex 3920 99 90\n20\nAnisotropic conductive film, in rolls, of a width of 1,2 mm or more but not more than 3,15 mm and a maximum length of 300 m, used for joining electronic components in the production of LCD or plasma displays\n0 %\n—\n31.12.2023\n0.3318\nex 3921 13 10\n10\nSheet of polyurethane foam, of a thickness of 3 mm (± 15 %) and of a specific gravity of 0,09435 or more but not more than 0,10092\n0 %\nm 3\n31.12.2024\n0.5815\nex 3921 13 10\n20\nRolls of open-cell polyurethane foam:\nwith a thickness of 2,29 mm (± 0,25 mm),\nsurface-treated with a foraminous adhesion promoter, and\nlaminated to a polyester film and a layer of textile material\n0 %\n—\n31.12.2022\n0.6066\nex 3921 19 00\n30\nBlocks with cellular structure, containing by weight:\npolyamide-6 or poly(epoxy anhydride)\n7 % or more but not more than 9 % of polytetrafluorethylene, if present\n10 % or more but not more than 25 % of inorganic fillers\n0 %\n—\n31.12.2023\n0.6911\nex 3921 19 00\n40\nTransparent, microporous, acrylic acid grafted polyethylene film, in the form of rolls, with:\na width of 98 mm or more but not more than 170 mm,\na thickness of 15 μm or more but not more than 36 μm,\nof a kind used for the manufacture of alkaline battery separators\n3,2 %\n—\n31.12.2020\n0.7132\nex 3921 19 00\n50\nPorous membrane of polytetrafluorethylene (PTFE) laminated to a polyester spunbonded non-woven cloth with:\na total thickness of more than 0,05 mm but not more than 0,20 mm,\na water entry pressure between 5 and 200 kPa according to ISO 811, and\nan air permeability of 0,08 cm 3 /cm 2 /s or more according to ISO 5636-5\n0 %\n—\n31.12.2021\n0.7280\nex 3921 19 00\n60\nMulti-porous multilayer separator foil with:\none microporous polyethylene layer between two microporous polypropylene layers and whether or not containing a coating of aluminium oxide on both sides,\na width of 65 mm or more but not more than 170 mm,\na total thickness of 0,01 mm or more but not more than 0,03 mm,\na porosity of 0,25 or more but not more than 0,65\n0 %\nm 2\n31.12.2022\n0.7309\nex 3921 19 00\n70\nMicroporous membranes of expanded Polytetrafluoroethylene (ePTFE) in rolls, having:\na width of 1 600 mm or more but not more than 1 730 mm, and\na membrane thickness of 15 μm or more, but not more than 50 μm,\nfor use in the manufacture of a bi-component ePTFE membrane\n0 %\n—\n31.12.2022\n0.7263\nex 3921 19 00\n80\nMicroporous monolayer film of polypropylene or a microporous trilayer film of polypropylene, polyethylene and polypropylene, each film with:\nzero transversal production direction (TD) shrinkage,\na total thickness of 10 μm or more but not more than 50 μm,\na width of 15 mm or more but not more than 900 mm,\na length of more than 200 m but not more than 3000 m, and\nan average pore size between 0,02 μm and 0,1 μm\n0 %\n—\n31.12.2022\n0.3314\nex 3921 19 00\n93\nStrip of microporous polytetrafluoroethylene on a support of a non-woven, for use in the manufacture of filters for kidney dialysis equipment\n0 %\n—\n31.12.2023\n0.3002\nex 3921 19 00\n95\nFilm of polyethersulfone, of a thickness of not more than 200 μm\n0 %\n—\n31.12.2023\n0.3003\nex 3921 90 10\n10\nComposite plate of poly(ethylene terephthalate) or of poly(butylene terephthalate), reinforced with glass fibres\n0 %\n—\n31.12.2023\n0.4379\nex 3921 90 10\n20\nPoly(ethylene terephthalate) film, laminated on one side or on both sides with a layer of unidirectional nonwoven poly(ethylene terephthalate) and impregnated with polyurethane or epoxide resin\n0 %\n—\n31.12.2023\n0.6156\nex 3921 90 10\n30\nMultilayer film consisting of:\na poly(ethylene terephthalate) film with a thickness of more than 100 μm but not more than 150 μm,\na primer of phenolic material with a thickness of more than 8 μm but not more than 15 μm,\nan adhesive layer of a synthetic rubber with a thickness of more than 20 μm but not more than 30 μm,\nand a transparent poly(ethylene terephthalate) liner with a thickness of more than 35 μm but not more than 40 μm\n0 %\nm 2\n31.12.2023\n0.4844\nex 3921 90 55\nex 7019 40 00\nex 7019 40 00\n25\n21\n29\nPrepreg sheets or rolls containing polyimide resin\n0 %\n—\n31.12.2024\n0.7510\nex 3921 90 55\n35\nGlass fiber impregnated with epoxy resin for use in the manufacture of smart cards\n0 %\nm 2\n31.12.2023\n0.6742\nex 3921 90 55\n40\nThree layered fabric sheet, in rolls:\ncomprising a core layer of 100 % Nylon Taffeta or Nylon/Polyester blended Taffeta,\ncoated on both sides with polyamide,\nof a total thickness not more than 135 μm,\nof a total weight not more than 80 g/m 2\n0 %\nm 2\n31.12.2020\n0.6807\nex 3921 90 55\n50\nGlass fibre-reinforced sheets of reactive, halogen-free epoxide resin with hardener, additives and inorganic fillers for use in encapsulating semiconductor systems\n0 %\nm 2\n31.12.2020\n0.3312\nex 3921 90 60\n35\nIon-exchange membranes based on a fabric coated on both sides with fluorinated plastic material, for use in chlor-alkali electrolytic cells\n0 %\n—\n31.12.2023\n0.5396\nex 3923 10 90\n10\nPhotomask or wafer compacts:\nconsisting of antistatic materials or blended thermoplastics proving special electrostatic discharge (ESD) and outgassing properties,\nhaving non porous, abrasion resistant or impact resistant surface properties,\nfitted with a specially designed retainer system that protects the photomask or wafers from surface or cosmetic damage, and\nwith or without a gasket seal,\nof a kind used in the photolithography or other semiconductor production to house photomasks or wafers\n0 %\n—\n31.12.2021\n0.7040\nex 3926 30 00\n20\nPlastic logo of the automobile manufacturer with mounting brackets on the back side, whether or not chromed, for use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2021\n0.7335\nex 3926 30 00\nex 3926 90 97\n30\n34\nElectroplated interior or exterior decorative parts consisting of:\na copolymer of acrylonitrile-butadiene-styrene (ABS), whether or not mixed with polycarbonate,\nlayers of copper, nickel and chromium,\nfor use in the manufacturing of parts for motor vehicles of heading 8701 to 8705\n0 %\np/st\n31.12.2022\n0.7630\nex 3926 30 00\n40\nPlastic internal door handle used in the manufacture of motor vehicles\n0 %\n—\n31.12.2023\n0.2764\nex 3926 90 97\n10\nMicrospheres of a polymer of divinylbenzene, of a diameter of 4,5 μm or more but not more than 80 μm\n0 %\n—\n31.12.2023\n0.3756\nex 3926 90 97\n15\nGlass fibre reinforced plastic traverse leaf spring for use in the manufacture of motor vehicle suspension systems\n0 %\n—\n31.12.2023\n0.2978\nex 3926 90 97\n20\nReflecting sheeting or tape, consisting of a facing-strip of poly(vinyl chloride) embossed in a regular pyramidal pattern, heat-sealed in parallel lines or in a grid-pattern to a backing-strip of plastic material, or of knitted or woven fabric covered on one side with plastic material\n0 %\n—\n31.12.2023\n0.6717\nex 3926 90 97\n23\nPlastic cover with clips for the exterior rear-view mirror of motor vehicles\n0 %\np/st\n31.12.2020\n0.3850\nex 3926 90 97\n25\nUnexpansible microspheres of a copolymer of acrylonitrile, methacrylonitrile and isobornyl methacrylate, of a diameter of 3 μm or more but not more than 4,6 μm\n0 %\n—\n31.12.2023\n0.7445\nex 3926 90 97\n27\nGasket of polyethylene foam, intended to fill-up the space between the body of a motor vehicle and the base of a rear-view mirror\n0 %\n—\n31.12.2023\n0.5474\nex 3926 90 97\n30\nParts of car radio and car air-conditioner front panels:\nof acrylonitrile-butadiene-styrene with or without polycarbonate,\ncoated with a copper, a nickel and a chrome layers,\nwith a total thickness of coating of 5,54 μm or more but not more than 49,6 μm\n0 %\n—\n31.12.2021\n0.6301\nex 3926 90 97\n33\nHousings, housing parts, drums, setting wheels, frames, covers and other parts of acrylonitrile-butadiene-styrene or polycarbonate, of a kind used for the manufacture of remote controls\n0 %\np/st\n31.12.2024\n0.7061\nex 3926 90 97\n40\nSilicone shell for breast implant\n0 %\n—\n31.12.2021\n0.6166\nex 3926 90 97\n50\nKnob of car radio front panel, made of Bisphenol A-based polycarbonate, in immediate packings of not less than 300 pieces\n0 %\np/st\n31.12.2023\n0.7196\nex 3926 90 97\n77\nSilicone decoupling ring with an inner diameter of 14,7 mm or more but not more than 16,0 mm, in immediate packings of 2 500 pieces or more, of a kind used in car parking aid sensor systems\n0 %\np/st\n31.12.2021\n0.3046\nex 4007 00 00\n10\nSiliconated vulcanised rubber thread and cord\n0 %\n—\n31.12.2023\n0.6708\nex 4009 42 00\n20\nRubber brake hose with:\ntextile strings,\na wall thickness of 3,2 mm,\na metal hollow terminal pressed on both ends, and\none or more mounting brackets,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2024\n0.7042\nex 4010 31 00\nex 4010 33 00\nex 4010 39 00\n10\n10\n10\nVulcanized rubber endless transmission belt of trapezoidal cross‐section (V-belts) with longitudinal V-ribbed pattern on the inner side for use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2021\n0.6844\nex 4016 93 00\n20\nGasket made of vulcanised rubber (ethylene-propylene-diene monomers), with permissible outflow of the material in the place of mould split of not more than 0,25 mm, in the shape of a rectangle:\nwith a length of 72 mm or more but not more than 825 mm;\nwith a width of 18 mm or more but not more than 155 mm\n0 %\n—\n31.12.2020\n0.7170\nex 4016 99 57\n10\nAir intake hose for air supply to the combustion part of the engine comprising at least:\none flexible rubber hose,\none plastic hose, and\nmetal clips,\nwhether or not a resonator,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.7169\nex 4016 99 57\n20\nRubber bumper strip with a silicone coating of a length not more than 1 200 mm and with at least five plastic clips for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.7357\nex 4016 99 57\n30\nPin boot of a brake calliper made of vulcanized rubber with:\nan inner diameter of not less than 5 mm and an outer diameter of not more than 35 mm,\na height of 15 mm or more, but not more than 40 mm, and\na ribbed design,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2022\n0.5148\nex 4016 99 97\n30\nTyre moulding bladder\n0 %\n—\n31.12.2021\n0.5842\nex 4104 41 19\n10\nBuffalo leather, split, chrome tanned synthetic retanned ('crust'), dry\n0 %\n—\n31.12.2022\n0.2555\n4105 10 00\n4105 30 90\nSheep or lamb skin leather, without wool on, tanned or retanned but not further prepared, whether or not split, other than leather of heading 4114\n0 %\n—\n31.12.2023\n0.2553\n4106 21 00\n4106 22 90\nGoat or kid skin leather, without hair on, tanned or retanned but not further prepared, whether or not split, other than leather of heading 4114\n0 %\n—\n31.12.2023\n0.2554\n4106 31 00\n4106 32 00\n4106 40 90\n4106 92 00\nLeather of other animals, without hair on, not further prepared than tanned, other than leather of heading 4114\n0 %\n—\n31.12.2023\n0.6223\nex 4408 39 30\n10\nOkoume veneer sheets:\nof a length of 1 270 mm or more, but not more than 3 200 mm,\nof a width of 150 mm or more, but not more than 2 000 mm,\nof a thickness of 0,5 mm or more, but not more than 4 mm,\nnot sanded, and\nnot planed\n0 %\n—\n31.12.2023\n0.7065\nex 4412 99 40\nex 4412 99 50\nex 4412 99 85\n10\n10\n20\nLaminated wood consisting of two layers of sheets for veneering:\na width of 210 mm or more but not more than 320 mm,\na length of 297 mm or more but not more than 450 mm,\na thickness of 0,45 mm or more but not more than 0,8 mm,\nfor use in the manufacture of products falling within heading 4420, 4421, 4820, 4909 or 4911\n0 %\n—\n31.12.2021\n0.4217\nex 5004 00 10\n10\nSilk yarn (other than yarn spun from silk waste) not put up for retail sale, unbleached, scoured or bleached, entirely of silk\n0 %\n—\n31.12.2021\n0.2551\nex 5005 00 10\nex 5005 00 90\n10\n10\nYarn spun entirely from silk waste (noil), not put up for retail sale\n0 %\n—\n31.12.2023\n0.2544\n5208 11 10\nFabrics for the manufacture of bandages, dressings and medical gauzes\n5,2 %\n—\n31.12.2023\n0.7372\nex 5311 00 90\n10\nPlain-woven fabric of paper yarns glued on a tissue paper layer:\nwith a weight of 190 g/m 2 or more but not more than 280 g/m 2 , and\ncut into rectangles with a side length of 40 cm or more but not more than 140 cm\n0 %\n—\n31.12.2022\n0.7515\nex 5311 00 90\n20\nSisal cloth in rolls with:\na length of 20 metres or more but not more than 30 metres, and\na maximum width of 2,5 metres,\nfor use in the production of Stainless Steel Kitchenware\n0 %\n—\n31.12.2023\n0.7608\nex 5402 44 00\n10\nSynthetic elastomeric filament yarn:\nuntwisted or with a twist not exceeding 50 turns per metre, measuring 300 dtex or more but not more than 1 000 dtex,\ncomposed of polyurethane ureas based on a copolyether glycol of tetrahydrofuran and 3-methyltetrahydrofuran,\nfor use in the manufacture of disposable hygiene products of heading 9619\n0 %\n—\n31.12.2023\n0.4902\nex 5402 47 00\n20\nBicomponent monofilament yarn of not more than 30 dtex, consisting of:\na poly(ethylene terephthalate) core, and\nan outer layer of a copolymer of poly(ethyleneterephthalate) and poly(ethyleneisophthalate),\nfor use in the manufacture of filtration fabrics\n0 %\n—\n31.12.2020\n0.2975\nex 5402 49 00\n30\nYarn of a copolymer of glycollic acid with lactic acid, for the manufacture of surgical sutures\n0 %\n—\n31.12.2023\n0.3098\nex 5402 49 00\n50\nNon-textured filament yarn of poly(vinyl alcohol)\n0 %\n—\n31.12.2023\n0.3096\nex 5402 49 00\n70\nSynthetic filament yarn, single, containing by weight 85 % or more of acrylonitrile, in the form of a wick containing 1 000 continuous filaments or more but not more than 25 000 continuous filaments, of a weight per metre of 0,12 g or more but not more than 3,75 g and of a length of 100 m or more, for the manufacture of carbon-fibre yarn\n0 %\nm\n31.12.2023\n0.6884\nex 5403 39 00\n10\nBiodegradable (norm EN 14995) monofilament of not more than 33 dtex, containing at least 98 % by weight polylactide (PLA), for use in the manufacture of filtration fabrics for the food industry\n0 %\n—\n31.12.2020\n0.2481\nex 5404 19 00\n50\nMonofilaments of polyester or poly(butylene terephthalate), with cross-sectional dimension of 0,5 mm or more but not more than 1 mm, for use in the manufacture of zippers\n0 %\n—\n31.12.2023\n0.3311\nex 5404 90 90\n20\nStrip of polyimide\n0 %\n—\n31.12.2023\n0.4258\nex 5407 10 00\n10\nTextile fabric, consisting of warp filament yarns of polyamide‐6,6 and weft filament yarns of polyamide-6,6, polyurethane and a copolymer of terephthalic acid, p ‐phenylenediamine and 3,4'–oxybis (phenyleneamine)\n0 %\n—\n31.12.2022\n0.3090\nex 5503 11 00\nex 5601 30 00\n10\n40\nSynthetic staple fibres of a copolymer of terephthalic acid, p ‐phenylenediamine and 3,4'-oxybis(phenyleneamine), of a length of not more than 7 mm\n0 %\n—\n31.12.2023\n0.3214\nex 5503 90 00\nex 5506 90 00\nex 5601 30 00\n20\n10\n10\nPoly(vinyl alcohol) fibres, whether or not acetalized\n0 %\n—\n31.12.2023\n0.3212\nex 5603 11 10\nex 5603 11 90\nex 5603 12 10\nex 5603 12 90\nex 5603 91 10\nex 5603 91 90\nex 5603 92 10\nex 5603 92 90\n10\n10\n10\n10\n10\n10\n10\n10\nPoly(vinyl alcohol) non-wovens, in the piece or cut into rectangles:\nof a thickness of 200 μm or more but not more than 280 μm, and\nof a weight of 20 g/m 2 or more but not more than 50 g/m 2\n0 %\nm 2\n31.12.2023\n0.2552\nex 5603 12 90\nex 5603 13 90\nex 5603 14 90\nex 5603 92 90\nex 5603 93 90\nex 5603 94 90\n30\n30\n10\n60\n40\n30\nNon-wovens of aromatic polyamide fibres obtained by polycondensation of m -phenylenediamine and isophthalic acid, in the piece or cut into rectangles\n0 %\nm 2\n31.12.2023\n0.2548\nex 5603 12 90\nex 5603 13 90\n60\n60\nNon-woven of spunbonded polyethylene, of a weight of more than 60 g/m 2 but not more than 80 g/m 2 and an air resistance (Gurley) of 8 seconds or more but not more than 36 seconds (as determined by the ISO 5636/5 method)\n0 %\nm 2\n31.12.2023\n0.5059\nex 5603 13 10\n20\nNon-woven of spunbonded polyethylene, with a coating,\nof a weight of more than 80 g/m 2 but not more than 105 g/m 2 , and\nan air resistance (Gurley) of 8 seconds or more but not more than 75 seconds (as determined by the ISO 5636/5 method)\n0 %\nm 2\n31.12.2020\n0.5987\nex 5603 14 90\n40\nNon-wovens, consisting of poly(ethylene terephthlate) spun bonded media:\nof weight of 160 g/m 2 or more but not more than 300 g/m 2 ,\nwhether or not laminated on one side with a membrane or a membrane and aluminium,\nof a kind used for the manufacture of industrial filters\n0 %\nm 2\n31.12.2023\n0.3041\nex 5603 92 90\nex 5603 93 90\n20\n20\nNon-wovens consisting of a meltblown central layer of a thermoplastic elastomer laminated on each side with spunbonded filaments of polypropylene\n0 %\nm 2\n31.12.2023\n0.3042\nex 5603 92 90\nex 5603 94 90\n70\n40\nNon-wovens, consisting of multiple layers of a mixture of meltblown fibres and staple fibres of polypropylene and polyester, whether or not laminated on one side or on both sides with spunbonded filaments of polypropylene\n0 %\nm 2\n31.12.2023\n0.5197\nex 5603 92 90\nex 5603 93 90\n80\n50\nNon-woven polyolefin fabric, consisting of an elastomeric layer, laminated on each side with polyolefin filaments:\na weight of 25 g/m 2 or more but not more than 150 g/m 2 ,\nin the piece or simply cut into squares or rectangles,\nnot impregnated,\nwith cross-directional or machine-directional stretch properties,\nfor use in the manufacture of infant/child care products\n0 %\nm 2\n31.12.2021\n0.6135\nex 5603 93 90\n60\nNonwovens made of polyester fibres:\nwith a weight of 85 g/m 2 ,\nwith a constant thickness of 95 μm (± 5 μm),\nneither coated nor covered,\nin 1 m wide rolls of 2 000 m to 5 000 m length,\nsuitable for the coating of membranes in the manufacture of osmosis and reverse osmosis filters\n0 %\nm 2\n31.12.2023\n0.3210\nex 5603 94 90\n20\nAcrylic fibre rods, having a length of not more than 50 cm, for the manufacture of pen tips\n0 %\nm 2\n31.12.2023\n0.3406\nex 5607 50 90\n10\nUnsterilised twine of poly(glycolic acid) or of poly(glycolic acid) and its copolymers with lactic acid, plaited or braided, with an inner core, for the manufacture of surgical sutures\n0 %\n—\n31.12.2024\n0.2415\nex 5803 00 10\n91\nGauze of cotton, of a width of less than 1 500 mm\n0 %\n—\n31.12.2023\n0.7081\nex 5903 20 90\n20\nTwo layers' plastic-laminated textile fabric with:\none layer consisting of knitted or crocheted polyester textile fabric,\nother layer consisting of polyurethane foam,\na weight of 150 g/m 2 or more, but not more than 500 g/m 2 ,\na thickness of 1 mm or more, but not more than 5 mm,\nfor use in the manufacture of the retractable roof of motor vehicles\n0 %\n—\n31.12.2021\n0.2417\nex 5906 99 90\n10\nRubberised textile fabric, consisting of warp yarns of polyamide‐6,6 and weft yarns of polyamide-6,6, polyurethane and a copolymer of terephthalic acid, p -phenylenediamine and 3,4'-oxybis(phenyleneamine)\n0 %\n—\n31.12.2023\n0.2453\nex 5907 00 00\n10\nTextile fabrics, coated with adhesive in which are embedded spheres of a diameter of not more than 150 μm\n0 %\n—\n31.12.2021\n0.3207\nex 5911 90 99\nex 8421 99 90\n30\n92\nParts of equipment for the purification of water by reverse osmosis, consisting essentially of plastic-based membranes, supported internally by woven or non-woven textile materials which are wound round a perforated tube, and enclosed in a cylindrical plastic casing of a wall-thickness of not more than 4 mm, whether or not housed in a cylinder of a wall-thickness of 5 mm or more\n0 %\n—\n31.12.2023\n0.4638\nex 5911 90 99\n40\nMulti-layered non-woven polyester polishing pads, impregnated with polyurethane\n0 %\n—\n31.12.2024\n0.7340\nex 5911 90 99\n50\nLoudspeaker vibration damper, made from round, corrugated, flexible and cut-to-size tissue of textile fibres of polyester, cotton or aramid or a combination hereof, of a kind used in car loudspeakers\n0 %\n—\n31.12.2022\n0.6469\nex 6804 21 00\n20\nDiscs:\nof synthetic diamonds which are agglomerated with a metal alloy, ceramic alloy or plastic alloy,\nhaving a self-sharpening effect by constant release of the diamonds,\nsuitable for abrasive cutting of wafers,\nwhether or not containing a hole in the centre,\nwhether or not on a support,\nwith a weight of not more than 377 g per piece, and\nwith an external diameter of not more than 206 mm\n0 %\np/st\n31.12.2024\n0.7126\nex 6805 30 00\n10\nProbe tips cleaning material consisting of a polymer matrix containing abrasive particles mounted on a substrate for use in the manufacture of semiconductors\n0 %\n—\n31.12.2021\n0.2755\nex 6813 89 00\n20\nFriction material, of a thickness of less than 20 mm, not mounted, for use in the manufacture of friction components\n0 %\n—\n31.12.2023\n0.5931\nex 6814 10 00\n10\nAgglomerated mica with a thickness of not more than 0,15 mm, on rolls, whether or not calcined, whether or not reinforced with aramid fibres\n0 %\n—\n31.12.2023\n0.2546\nex 6903 90 90\n30\nSilicon carbide reactor tubes and holders having a softening point of 1 400 °C or higher\n0 %\n—\n31.12.2023\n0.4978\nex 6909 19 00\n20\nSilicon nitride (Si 3 N 4 ) rollers or balls\n0 %\n—\n31.12.2020\n0.6071\nex 6909 19 00\n25\nCeramic proppants, containing aluminium oxide, silicon oxide and iron oxide\n0 %\n—\n31.12.2023\n0.3403\nex 6909 19 00\n30\nSupports for catalysts, consisting of porous cordierite or mullite ceramic pieces, of an overall volume of not more than 65 l, having, per cm 2 of the cross-section, not less than one continuous channel which may be open at both ends or stopped at one end\n0 %\n—\n31.12.2023\n0.2538\nex 6909 19 00\nex 6914 90 00\n50\n20\nCeramic articles made of continuous filaments of ceramic oxides, containing by weight:\n2 % or more of diboron trioxide,\n28 % or less of silicon dioxide, and\n60 % or more of dialuminium trioxide\n0 %\n—\n31.12.2023\n0.3766\nex 6909 19 00\n60\nSupports for catalysts, consisting of porous ceramic pieces, of a blend of silicon carbide and silicon, with a hardness of less than 9 on the Mohs scale, with a total volume of not more than 65 litres, having, per cm 2 of the surface of the cross section one or more closed channels at the tail end\n0 %\n—\n31.12.2023\n0.4582\nex 6909 19 00\n70\nSupports for catalysts or filters, consisting of porous ceramics made primarily from oxides of aluminium and titanium; with a total volume of not more than 65 litres and at least one duct (open on one or both ends) per cm 2 of cross section\n0 %\n—\n31.12.2023\n0.3404\nex 6914 90 00\n30\nCeramic microspheres, transparent, obtained from silicon dioxide and zirconium dioxide, of a diameter of more than 125 μm\n0 %\n—\n31.12.2024\n0.6651\nex 7004 90 80\n10\nAlkali-aluminosilicate drawn flat glass sheet with:\na scratch proof coating of a thickness of 45 μm (+/‐ 5 μm),\na total thickness of 0,45 mm or more but not more than 1,1 mm,\na width of 300 mm or more but not more than 3210 mm,\na length of 300 mm or more but not more than 2 000 mm,\na visible light transmission of 90 % or more,\nan optical distortion of 55° or more\n0 %\n—\n31.12.2020\n0.6286\nex 7006 00 90\n25\nGlass wafer made of borosilicate float glass:\nwith a total thickness variation of 1 μm or less, and\nlaser-engraved\n0 %\np/st\n31.12.2024\n0.7619\nex 7006 00 90\n40\nPlates of sodalime glass of STN (Super Twisted Nematic) quality having:\na length of 300 mm or more but not more than 1 500 mm,\na width of 300 mm or more but not more than 1 500 mm,\na thickness of 0,5 mm or more but not more than 1,1 mm,\nan indium-tin-oxide coating with a resistance of 80 Ω or more, but not more than 160 Ω on one side,\nwith or without a multilayer anti-reflection-coating on the other side and machined (chamfered) edges\n0 %\n—\n31.12.2023\n0.6380\nex 7009 10 00\n30\nLayered glass with mechanical dimming ability by different angles of incident light comprising:\nwhether or not a layer of chrome,\na break-resistance adhesive tape or hot-melt adhesive, and\na release film on the front side and protective paper at the back side,\nof a kind used for interior rear-view mirrors of vehicles\n0 %\np/st\n31.12.2024\n0.6870\nex 7009 10 00\n40\nElectrochromic self-dimming inside rear-view mirror, consisting of:\na mirror support,\na plastic casing, and\nan integrated circuit,\nfor use in the manufacture of motor vehicles of Chapter 87\n0 %\n—\n31.12.2020\n0.5789\nex 7009 10 00\n50\nUnfinished electro-chromic auto-dimming mirror for motor vehicle rear-view mirrors:\nwhether or not equipped with plastic backing plate,\nwhether or not equipped with a heating element,\nwhether or not equipped with Blind Spot Module (BSM) display\n0 %\n—\n31.12.2022\n0.5022\nex 7009 91 00\n10\nUnframed glass mirrors with:\na length of 1516 mm (± 1 mm),\na width of 553 mm (± 1 mm),\na thickness of 3 mm (± 0,1 mm),\nthe back of the mirror covered with protective polyethylene (PE) film, with a thickness of 0,11 mm or more but not more than 0,13 mm,\na lead content of not more than 90 mg/kg, and\na corrosion resistance of 72 hours or more according to ISO 9227 salt spray test\n0 %\np/st\n31.12.2020\n0.3400\nex 7014 00 00\n10\nOptical elements of glass (other than those of heading 7015), not optically worked, other than signalling glassware\n0 %\n—\n31.12.2023\n0.3161\nex 7019 12 00\nex 7019 12 00\n02\n22\nRovings, measuring 650 tex or more but not more than 2 500 tex, coated with a layer of polyurethane whether or not mixed with other materials\n0 %\n—\n31.12.2023\n0.5750\nex 7019 12 00\nex 7019 12 00\n05\n25\nRovings ranging from 1 980 to 2 033 tex, composed of continuous glass filaments of 9 μm (± 0,5 μm)\n0 %\n—\n31.12.2022\n0.2532\nex 7019 19 10\n10\nYarn of 33 tex or a multiple thereof (± 7,5 %), obtained from continuous spun-glass filaments of a nominal diameter of 3,5 μm or of 4,5 μm, in which filaments of a diameter of 3 μm or more but not more than 5,2 μm predominate, other than those treated so as to improve their adhesion to elastomers\n0 %\n—\n31.12.2023\n0.5749\nex 7019 19 10\n15\nS-glass yarn of 33 tex or a multiple of 33 tex (± 13 %) made from continuous spun-glass filaments with fibres of a diameter of 9 μm (- 1 μm / + 1,5 μm)\n0 %\n—\n31.12.2022\n0.5021\nex 7019 19 10\n20\nYarn of 10,3 tex or more but not more than 11,9 tex, obtained from continuous spun-glass filaments, in which filaments of a diameter of 4,83 μm or more but not more than 5,83 μm predominate\n0 %\n—\n31.12.2020\n0.5020\nex 7019 19 10\n25\nYarn of 5,1 tex or more but not more than 6,0 tex, obtained from continuous spun-glass filaments, in which filaments of a diameter of 4,83 μm or more but not more than 5,83 μm predominate\n0 %\n—\n31.12.2020\n0.2535\nex 7019 19 10\n30\nYarn of E-glass of 22 tex (± 1,6 tex), obtained from continuous spun-glass filaments of a nominal diameter of 7 μm, in which filaments of a diameter of 6,35 μm or more but not more than 7,61 μm predominate\n0 %\n—\n31.12.2024\n0.4848\nex 7019 19 10\n50\nYarn of 11 tex or a multiple thereof (± 7,5 %), obtained from continuous spun-glass filaments, containing 93 % by weight or more of silicon dioxide, of a nominal diameter of 6 μm or 9 μm, other than those treated\n0 %\n—\n31.12.2022\n0.2872\nex 7019 19 10\n55\nGlass cord impregnated with rubber or plastic, obtained from K- or U-glass filaments, made up of:\n9 % or more but not more than 16 % of magnesium oxide,\n19 % or more but not more than 25 % of aluminium oxide,\n0 % or more but not more than 2 % of boron oxide,\nwithout calcium oxide,\ncoated with a latex comprising at least a resorcinol- formaldehyde resin and chlorosulphonated polyethylene\n0 %\n—\n31.12.2024\n0.4024\nex 7019 19 10\nex 7019 90 00\n60\n30\nHigh modulus glass cord (K) impregnated with rubber, obtained from twisted high modulus glass filament yarns, coated with a latex comprising a resorcinol-formaldehyde resin with or without vinylpyridine and/or hydrogenated acrylonitrile-butadiene rubber (HNBR)\n0 %\n—\n31.12.2023\n0.3153\nex 7019 19 10\nex 7019 90 00\n70\n20\nGlass cord impregnated with rubber or plastic, obtained from twisted glass filament yarns, coated with a latex comprising at least a resorcinol-formaldehyde-vinylpyridine resin and an acrylonitrile-butadiene rubber (NBR)\n0 %\n—\n31.12.2023\n0.4059\nex 7019 39 00\n50\nNon-woven product of non-textile glass fibre, for the manufacture of air filters or catalysts\n0 %\n—\n31.12.2021\n0.4476\nex 7019 40 00\nex 7019 40 00\n11\n19\nWoven fabrics of rovings, impregnated with epoxy resin, with a coefficient of thermal expansion between 30°C and 120 °C (measured according to IPC-TM-650) of:\n10 ppm per°C or more but not more than 12ppm per °C in the length and width, and\n20 ppm per°C or more but not more than 30 ppm per °C in the thickness, with a glass transition temperature of 152 °C or more but not more than 153 °C (measured according IPC-TM-650)\n0 %\n—\n31.12.2023\n0.7056\nex 7019 40 00\nex 7019 52 00\n70\n30\nE-fibre glass fabrics:\nhaving a weight of 20 g/m 2 or more, but not more than 214 g/m 2 ,\nimpregnated with silane,\nin rolls,\nhaving a humidity content by weight of 0,13 % or less, and\nhaving not more than 3 hollow fibres out of 100 000 fibres,\nfor the exclusive use in the manufacture of prepregs and copper clad laminates\n0 %\nm 2\n31.12.2021\n0.7647\nex 7019 52 00\n40\nEpoxy resin coated glass woven fabric containing by weight:\n91 % or more but not more than 93 % of glass fibres,\n7 % or more but not more than 9 % of epoxy resin\n0 %\n—\n31.12.2023\n0.3940\nex 7019 90 00\n10\nNon-textile glass fibres in which fibres of a diameter of less than 4,6 μm predominate\n0 %\n—\n31.12.2023\n0.5348\nex 7020 00 10\nex 7616 99 90\n10\n77\nTelevision pedestal stands with or without bracket for fixation to and stabilization of television cabinet case/body\n0 %\np/st\n31.12.2021\n0.7266\nex 7020 00 10\n20\nRaw material for optical elements of fused silicon dioxide with:\na thickness of 10 cm or more but not more than 40 cm and\na weight of 100 kg or more\n0 %\np/st\n31.12.2022\n0.4127\nex 7201 10 11\n10\nPig iron ingots with a length of not more than 350 mm, a width of not more than 150 mm, a height of not more than 150 mm\n0 %\n—\n31.12.2021\n0.4128\nex 7201 10 30\n10\nPig iron ingots with a length of not more than 350 mm, a width of not more than 150 mm, a height of not more than 150 mm, containing by weight not more than 1 % of silicon\n0 %\n—\n31.12.2021\n0.3353\n7202 50 00\nFerro-silico-chromium\n0 %\n—\n31.12.2023\n0.4853\nex 7202 99 80\n10\nFerro-dysprosium, containing by weight:\n78 % or more of dysprosium, and\n18 % or more but not more than 22 % of iron\n0 %\n—\n31.12.2020\n0.7235\nex 7315 11 90\n10\nRoller type steel timing chain with a fatigue limit of 2 kN at 7 000 rpm or more for use in the manufacture of engines of motor vehicles\n0 %\n—\n31.12.2022\n0.7166\nex 7318 19 00\n30\nConnecting rod for the master brake cylinder with screw threads on both ends for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.7502\nex 7318 24 00\n30\nRestraint joint elements:\nof martensitic stainless steel according to specification 17-4PH,\ninjection moulded,\nwith a rockwell hardness of 38 (±1) or 53 (+2/-1),\nmeasuring 9 mm x 5,5 mm x 6,5 mm or more, but not more than 35 mm x 17 mm x 8 mm,\nof a kind used for restraint joints for tubes and pipes\n0 %\n—\n31.12.2023\n0.4548\nex 7320 90 10\n91\nFlat spiral spring of tempered steel, with:\na thickness of 2,67 mm or more, but not more than 4,11 mm,\na width of 12,57 mm or more, but not more than 16,01 mm,\na torque of 18,05 Nm or more, but not more than 73,5 Nm,\nan angle between the free position and the nominal position in exercise of 76° or more, but not more than 218°,\nfor use in the manufacture of tensioners for power transmission belts, for internal combustion engines\n0 %\np/st\n31.12.2023\n0.4126\nex 7326 20 00\n20\nMetal fleece, consisting of a mass of stainless steel wires of diameters of 0,001 mm or more but not more than 0,070 mm, compacted by sintering and rolling\n0 %\n—\n31.12.2021\n0.7414\nex 7326 90 92\n40\nSteel nozzle shell with integral flange in one piece open-die forged from 4 castings, worked and machined, with:\na diameter of 5 752 mm or more but not more than 5 758 mm,\na height of 3 452 mm or more but not more than 3 454 mm,\na total weight 167 875 kg or more but not more than 168 125 kg,\nof a kind used for the fabrication of a nuclear reactor vessel\n0 %\np/st\n31.12.2022\n0.7891\nex 7326 90 94\n40\nSteel ball neck, drop forged, machined, also heat treated or surface treated, with an angle between the centre of the conical head and the arm of less than 90° or with an angle between the centre of the ball and the arm of less than 90°, for use in the manufacture of trailer hitches for passenger cars\n0 %\n—\n31.12.2024\n0.6680\nex 7326 90 98\n40\nIron and steel weights:\nwhether or not with parts of other material,\nwhether or not with parts of other metals,\nwhether or not surface treated,\nwhether or not printed,\nof a kind used for the production of remote controls\n0 %\n—\n31.12.2020\n0.7365\nex 8708 80 99\n30\nSurface-hardened, steel piston rod for a hydraulic or hydropneumatic shock absorber of motor vehicles:\nwith a chrome coating,\nof a diameter of 11 mm or more, but not more than 28 mm,\nof a length of 80 mm or more, but not more than 600 mm,\nwith a threaded end or a mandrel for resistance welding\n0 %\n—\n31.12.2022\n0.7401\nex 7409 19 00\nex 7410 21 00\n10\n70\nPlates or sheets:\nwith at least one layer of woven glass fibre, impregnated with a fire- retardant artificial or synthetic resin with a glass transition temperature (Tg) of more than 130 °C as measured according to IPC-TM-650, method 2.4.25,\ncoated on one or both sides with a copper film with a thickness of not more than 3,2 mm,\nand containing at least one of the following:\npoly(tetrafluoroethylene) (CAS RN 9002-84-0),\npoly(oxy-(2,6-dimethyl)-1,4-phenylene) (CAS RN 25134-01-4),\nepoxy resin having a thermal expansion of not more than 10 ppm in length and width and not more than 25 ppm in height,\nfor use in the manufacture of circuit boards\n0 %\n—\n31.12.2022\n0.5311\nex 7410 11 00\nex 8507 90 80\nex 8545 90 90\n10\n60\n30\nRoll of laminate foil of graphite and copper, with:\na width of 610 mm or more but not more than 620 mm, and\na diameter of 690 mm or more but not more than 710 mm,\nfor use in the manufacture of lithium-ion electric rechargeable batteries\n1,3 %\n—\n31.12.2020\n0.3352\nex 7410 21 00\n10\nSheet or plate of polytetrafluoroethylene, containing aluminium oxide or titanium dioxide as filler or reinforced with glass-fibre fabric, covered on both sides with copper foil\n0 %\n—\n31.12.2023\n0.7509\nex 7410 21 00\n20\nFoils, rolls composed of one layer of glass epoxy of 100 μm colaminated with refined copper foil on one or two sides of 35 μm with a tolerance of 10 % for use in the production of smart cards\n0 %\nm 2\n31.12.2023\n0.3005\nex 7410 21 00\n30\nFilm of polyimide, whether or not containing epoxide resin and/or glass fibre, covered on one side or on both sides with a copper foil\n0 %\n—\n31.12.2023\n0.3926\nex 7410 21 00\n40\nSheet or plates:\nconsisting of at least a central layer of paper or one central sheet of any type of nonwoven fibre, laminated on each side with glass-fibre fabric and impregnated with epoxide resin, or\nconsisting of multiple layers of paper, impregnated with phenolic resin,\ncoated on one or both sides with a copper film with a maximum thickness of 0,15 mm\n0 %\n—\n31.12.2023\n0.4479\nex 7410 21 00\n50\nPlates:\nconsisting of at least one layer of fibreglass fabric impregnated with thermosetting resin,\ncovered on one or both sides with copper foil with a thickness of not more than 0,15 mm, and\nwith a dielectric constant (DK) of less than 3,9 and a loss factor (Df) of less than 0,015 at a measuring frequency of 10 GHz, as measured according to IPC‐TM-650\n0 %\n—\n31.12.2023\n0.7341\nex 7413 00 00\n20\nLoudspeaker centring ring, consisting of one or more vibration dampers and minimum two non-insulated copper cables, therein woven or pressed\n0 %\n—\n31.12.2022\n0.2447\nex 7419 99 90\nex 7616 99 90\n91\n60\nDisc (target) with deposition material, consisting of molybdenum silicide:\ncontaining 1mg/kg or less of sodium, and\nmounted on a copper or aluminium support\n0 %\n—\n31.12.2023\n0.7911\nex 7506 20 00\n10\nSheets and strips in coils of nickel alloy C276 (EN 2.4819) with\na thickness of 0,5 mm or more but not more than 3 mm,\na width of 770 mm or more but not more than 1 250 mm\n0 %\n—\n31.12.2024\n0.5890\n7601 20 20\nSlabs and billets of unwrought aluminium alloys\n4 %\n—\n31.12.2023\n0.4259\nex 7601 20 20\n10\nSlabs and billets of aluminium alloy containing lithium\n0 %\n—\n31.12.2022\n0.7752\nex 7604 21 00\n10\nHollow profile with:\none closed chamber of aluminium alloy 6063-T5 or 6060-T5,\na wall thickness of not more than 0,7 mm, and\nan anodized layer of 10 μm at the surface,\nfor use in the manufacture of board frames of whiteboards, cork boards, easel boards, education boards and display cases\n0 %\n—\n31.12.2024\n0.5029\nex 7604 29 10\nex 7606 12 99\n10\n20\nSheets and bars of aluminium-lithium alloys\n0 %\n—\n31.12.2020\n0.6417\nex 7604 29 10\n40\nBars and rods of aluminium alloys containing by weight:\n0,25 % or more but not more than 7 % of zinc, and\n1 % or more but not more than 3 % of magnesium, and\n1 % or more but not more than 5 % of copper, and\nnot more than 1 % of manganese,\nconsistent with the material specifications AMS QQ-A-225, of a kind used in aerospace industry (inter alia conforming NADCAP and AS9100) and obtained by rolling mill process\n0 %\n—\n31.12.2024\n0.2410\nex 7605 19 00\n10\nNot alloyed aluminium wire, of a diameter of 2 mm or more but not more than 6 mm, covered with a layer of copper of a thickness of 0,032 mm or more but not more than 0,117 mm\n0 %\n—\n31.12.2023\n0.6418\nex 7605 29 00\n10\nWire of aluminium alloys containing by weight:\n0,10 % or more but not more than 5 % of copper, and\n0,2 % or more but not more than 6 % of magnesium, and\n0,10 % or more but not more than 7 % of zinc, and\nnot more than 1 % of manganese,\nconsistent with the material specifications AMS QQ-A-430, of a kind used in aerospace industry (inter alia conforming NADCAP and AS9100) and obtained by rolling mill process\n0 %\nm\n31.12.2024\n0.5487\nex 7607 11 90\nex 7607 11 90\n47\n57\nAluminium foil in rolls:\nhaving a purity of 99,99 % by weight,\nof a thickness of 0,021 mm or more but not more than 0,2 mm,\nwith a width of 500 mm,\nwith a surface oxide layer by 3 to 4 nm thick,\nand with a cubic texture of more than 95 %\n0 %\n—\n31.12.2021\n0.4050\nex 7607 11 90\n60\nPlain aluminium foil with the following parameters:\nan aluminium content of 99,98 % or more,\na thickness of 0,070 mm or more but not more than 0,125 mm,\nwith a cubic texture,\nof a kind used for high voltage etching\n0 %\n—\n31.12.2021\n0.5312\nex 7607 19 90\nex 8507 90 80\n10\n80\nSheet in the form of a roll consisting of a laminate of lithium and manganese bonded to aluminium, with:\na width of 595 mm or more but not more than 605 mm, and\na diameter of 690 mm or more but not more than 710 mm,\nfor use in the manufacture of cathodes for lithium-ion electric rechargeable batteries\n0 %\n—\n31.12.2021\n0.7698\nex 7607 20 90\n10\nAluminium foil, in rolls:\ncoated with polypropylene on one side and with polyamide on the other side with adhesive layers between\nwith a width of 200 mm or more, but not more than 400 mm,\nwith a thickness of 0,138 mm or more, but not more than 0,168 mm,\nfor use in the manufacture of lithium-ion battery cell pouches\n3,7 %\n—\n31.12.2020\n0.7746\nex 7608 20 81\n20\nSeamless aluminium alloyed extruded tubes (Aluminium 6061F according to standard ASTM B241) with:\nan outer diameter of 320 mm or more but not more than 400 mm, and\na wall thickness of 8 mm or more but not more than 10 mm,\nfor use in the manufacture of high pressure vessels\n0 %\n—\n31.12.2024\n0.6138\nex 7608 20 89\n30\nSeamless aluminium alloyed extruded tubes with:\nan outer diameter of 60 mm or more but not more than 420 mm, and\na wall thickness of 10 mm or more but not more than 80 mm\n0 %\n—\n31.12.2023\n0.7747\nex 7608 20 89\n40\nSeamless flow forming aluminium alloyed tubes (Aluminium 6061A according to standard ISO 7866) with:\nan outer diameter of 378 mm or more but not more than 385 mm, and\na wall thickness of 4 mm or more but not more than 7 mm,\nfor use in the manufacture of high pressure vessels\n0 %\n—\n31.12.2024\n0.2445\nex 7613 00 00\n20\nAluminium container, seamless, for compressed natural gas or compressed hydrogen, wholly embedded in an overwrap of epoxy-carbon fibres composite, of a storage capacity of 172 l (± 10 %) and an unfilled weight of not more than 64 kg\n0 %\np/st\n31.12.2023\n0.6583\nex 7616 99 10\nex 8708 99 10\nex 8708 99 97\n30\n60\n50\nAluminium engine bracket, with dimensions of:\nheight of more than 10 mm but not more than 200 mm,\nwidth of more than 10 mm but not more than 200 mm,\nlength of more than 10 mm but not more than 200 mm,\nequipped with at least two fixing holes, made of aluminium alloys ENAC-46100 or ENAC-42100 (based on the norm EN:1706) with following characteristics:\ninternal porosity not more than 1 mm,\nouter porosity not more than 2 mm,\nRockwell hardness HRB 10 or more,\nof a kind used in the production of suspensions systems for engines in motor vehicles\n0 %\np/st\n31.12.2024\n0.3928\nex 7616 99 90\n15\nHoneycomb aluminium blocks for use in the manufacture of aircraft parts\n0 %\np/st\n31.12.2023\n0.6534\nex 7616 99 90\n25\nMetallised film:\nconsisting of eight or more layers of aluminium (CAS RN 7429-90-5) of a purity of 99,8 % or more,\nwith an optical density of each aluminium layer of not more than 3.0,\nwith each aluminium layer separated by a resin layer,\non a carrier film of PET, and\non rolls of up to 50 000 metres in length\n0 %\n—\n31.12.2024\n0.5357\nex 7616 99 90\nex 8482 80 00\nex 8803 30 00\n70\n10\n40\nConnecting components for use in the production of helicopter tail rotor shafts\n0 %\np/st\n31.12.2021\n0.6730\nex 8101 96 00\n10\nTungsten wire containing by weight 99 % or more of tungsten with:\na maximum cross-sectional dimension of not more than 50 μm,\na resistance of 40 Ω or more but not more than 300 Ω at length of 1 m\n0 %\n—\n31.12.2020\n0.7245\nex 8101 96 00\n20\nTungsten wire\ncontaining by weight 99,95 % or more of tungsten, and\nwith a maximum cross-sectional dimension of not more than 1,02 mm\n0 %\n—\n31.12.2022\n0.5694\nex 8102 10 00\n10\nMolybdenum powder with:\na purity by weight of 99 % or more, and\na particle size of 1,0 μm or more, but not more than 5,0 μm\n0 %\n—\n31.12.2022\n0.6450\nex 8103 90 90\n10\nTantalum sputtering target with:\na copper-chromium alloy backing plate,\na diameter of 312 mm, and\na thickness of 6,3 mm\n0 %\np/st\n31.12.2024\n0.5097\nex 8104 30 00\n35\nMagnesium powder:\nof purity by weight of more than 99,5 %,\nwith a particle size of 0,2 mm or more but not more than 0,8 mm\n0 %\n—\n31.12.2020\n0.3417\nex 8104 90 00\n10\nGround and polished magnesium sheets, of dimensions not more than 1500 mm × 2000 mm, coated on one side with an epoxy resin insensitive to light\n0 %\n—\n31.12.2023\n0.5838\nex 8105 90 00\n10\nBars or wires made of cobalt alloy containing by weight:\n35 % (± 2 %) cobalt,\n25 % (± 1 %) nickel,\n19 % (± 1 %) chromium, and\n7 % (± 2 %) iron,\nconforming to the material specifications AMS 5842\n0 %\n—\n31.12.2023\n0.3416\nex 8108 20 00\n10\nTitanium sponge\n0 %\n—\n31.12.2023\n0.4553\nex 8108 20 00\n30\nTitanium powder of which 90 % by weight or more passes through a sieve with an aperture of 0,224 mm\n0 %\n—\n31.12.2023\n0.6942\nex 8108 20 00\n40\nTitanium alloy ingot:\nwith a height of 17,8 cm or more, a length of 180 cm or more and a width of 48,3cm or more,\na weight of 680 kg or more,\ncontaining alloy elements by weight of:\n3 % or more but not more than 6 % of aluminium,\n2,5 % or more but not more than 5 % of tin,\n2,5 % or more but not more than 4,5 % of zirconium,\n0,2 % or more but not more than 1 % of niobium,\n0,1 % or more but not more than 1 % of molybdenum,\n0,1 % or more but not more than 0,5 % of silicon\n0 %\np/st\n31.12.2020\n0.6943\nex 8108 20 00\n55\nTitanium alloy ingot:\nwith a height of 17,8 cm or more, a length of 180 cm or more, a width of 48,3 cm or more,\na weight of 680 kg or more,\ncontaining alloy elements by weight of:\n3 % or more but not more than 7 % of aluminium,\n1 % or more but not more than 5 % of tin,\n3 % or more but not more than 5 % of zirconium,\n4 % or more but not more than 8 % of molybdenum\n0 %\np/st\n31.12.2020\n0.6944\nex 8108 20 00\n60\nTitanium alloy ingot,\nwith a diameter of 63,5 cm or more and a length of 450 cm or more,\na weight of 6 350 kg or more,\ncontaining alloy elements by weight of:\n5,5 % or more but not more than 6,7 % of aluminium,\n3,7 % of more but not more than 4,9 % of vanadium\n0 %\np/st\n31.12.2020\n0.7310\nex 8108 20 00\n70\nTitanium alloy slab, with:\na height of 20,3 cm or more, but not more than 23,3 cm,\na length of 246,1 cm or more, but not more than 289,6 cm,\na width of 40,6 cm or more, but not more than 46,7 cm,\na weight of 820 kg or more but not more than 965 kg,\ncontaining alloy elements by weight of:\n5,2 % or more but not more than 6,2 % of aluminium,\n2,5 % or more but not more than 4,8 % of vanadium\n0 %\np/st\n31.12.2022\n0.3211\nex 8108 30 00\n10\nWaste and scrap of titanium and titanium alloys, except those containing by weight 1 % or more but not more than 2 % of aluminium\n0 %\n—\n31.12.2023\n0.4363\nex 8108 90 30\n10\nTitanium alloy rods complying with standard EN 2002-1, EN 4267 or DIN 65040\n0 %\n—\n31.12.2024\n0.7330\nex 8108 90 30\n15\nRods and wire of an alloy of titanium with:\na uniform solid cross-section in the form of a cylinder,\nwith a diameter of 0,8 mm or more, but not more than 5 mm,\nan aluminium content by weight of 0,3 % or more, but not more than 0,7 %,\na silicon content by weight of 0,3 % or more, but not more than 0,6 %,\na niobium content by weight of 0,1 or more, but not more than 0,3 %, and\nan iron content by weight of not more than 0,2 %\n0 %\n—\n31.12.2022\n0.4904\nex 8108 90 30\n25\nTitanium-aluminium-vanadium alloy (TiAl6V4) bars, rods and wire, complying with AMS standards 4928, 4965 or 4967\n0 %\n—\n31.12.2020\n0.7077\nex 8108 90 30\n60\nForged cylindrical bars of titanium with:\na purity of 99,995 % by weight or more,\na diameter of 140 mm or more but not more than 200 mm,\na weight of 5 kg or more but not more than 300 kg\n0 %\np/st\n31.12.2021\n0.5351\nex 8108 90 30\n70\nWire of an titanium alloy containing by weight:\n22 % (± 1 %) of vanadium, and\n4 % (± 0,5 %) of aluminium,\nor:\n15 % (± 1 %) of vanadium,\n3 % (± 0,5 %) of chromium,\n3 % (± 0,5 % of tin, and\n3 % (± 0,5 %) of aluminium\n0 %\n—\n31.12.2021\n0.7285\nex 8108 90 50\n45\nCold or hot rolled plates, sheets and strips of non-alloyed titanium with:\na thickness of 0,4 mm or more, but not more than 100 mm,\na length of not more than 14 m, and\na width of not more than 4 m\n0 %\n—\n31.12.2022\n0.5352\nex 8108 90 50\n55\nPlates, sheets, strip and foil of an alloy of titanium\n0 %\n—\n31.12.2021\n0.6524\nex 8108 90 50\n80\nPlates, sheets, strips and foil of non-alloyed titanium:\nof a width of more than 750 mm,\nof a thickness of not more than 3 mm\n0 %\n—\n31.12.2024\n0.6500\nex 8108 90 50\n85\nStrip or foil of non-alloyed titanium:\ncontaining more than 0,07 % by weight of oxygen (O 2 ),\nof a thickness of 0,4 mm or more but not more than 2,5 mm\nconforming to the Vickers hardness HV1 standard of not more than 170,\nof a kind used in the manufacture of welded tubes for nuclear power plant condensers\n0 %\n—\n31.12.2024\n0.7293\nex 8108 90 60\n30\nSeamless tubes and pipes of titanium or an alloy of titanium with:\na diameter of 19 mm or more but not more than 159 mm,\na wall thickness of 0,4 mm or more but not more than 8 mm, and\na maximum length of 18 m\n0 %\n—\n31.12.2022\n0.5353\nex 8108 90 90\nex 9003 90 00\n30\n20\nParts of spectacle frames and mountings, including\ntemples,\nblanks of a kind used for the manufacture of spectacle parts, and\nbolts of the kind used for spectacle frames and mountings,\nof a titanium alloy\n0 %\np/st\n31.12.2021\n0.2515\nex 8109 20 00\n10\nNon-alloy zirconium sponges or ingots, containing by weight more than 0,01 % of hafnium for use in the manufacture of tubes, bars or ingots enlarged by remelting for the chemical industry\n0 %\n—\n31.12.2023\n0.3415\nex 8110 10 00\n10\nAntimony in the form of ingots\n0 %\n—\n31.12.2023\n0.3413\nex 8112 99 30\n10\nAlloy of niobium (columbium) and titanium, in the form of bars and rods\n0 %\n—\n31.12.2023\n0.5354\nex 8113 00 20\n10\nCermet blocks containing by weight 60 % or more of aluminium and 5 % or more of boron carbide\n0 %\n—\n31.12.2023\n0.4316\nex 8113 00 90\n10\nCarrier plate of aluminium silicon carbide (AlSiC-9) for electronic circuits\n0 %\n—\n31.12.2022\n0.6805\nex 8113 00 90\n20\nCuboid spacer made of aluminium silicon carbide (AlSiC) composite used for packaging in IGBT-modules\n0 %\n—\n31.12.2020\n0.6416\nex 8207 19 10\n10\nInserts for drilling tools with working parts of agglomerated diamonds\n0 %\np/st\n31.12.2024\n0.5570\nex 8207 30 10\n10\nSet of transfer and/or tandem press tools for cold-forming, pressing, drawing, cutting, punching, bending, calibrating, bordering and throating of metal sheets, for use in the manufacture of frame parts or body parts of motor vehicles\n0 %\np/st\n31.12.2022\n0.7693\nex 8301 20 00\n10\nMechanical or electromechanical steering column lock:\nwith a height of 10,5 cm (± 3 cm),\nwith a width of 6,5 cm (± 3 cm),\nin a metal housing,\nwhether or not with a holder,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2023\n0.5024\nex 8301 60 00\nex 8419 90 85\nex 8479 90 70\nex 8481 90 00\nex 8503 00 99\nex 8515 90 80\nex 8537 10 98\nex 8538 90 99\nex 8708 99 10\nex 8708 99 97\n30\n40\n30\n50\n43\n40\n55\n70\n55\n22\nSilicone or plastic keyboards, comprising:\nparts of common metal, and\nwhether or not comprising parts of plastic,\nepoxy resin reinforced with fibreglass or wood,\nwhether or not printed or surface-treated,\nwith or without electrical conductors,\nwith or without a membrane bonded to the keyboard,\nwith or without mono or multilayer protective film\n0 %\np/st\n31.12.2020\n0.6954\nex 8302 20 00\n20\nCastors, with:\nan external diameter of 21 mm or more but not more than 23 mm,\na width with screw of 19 mm or more but not more than 23 mm,\na U-shaped plastic outer ring,\nan assembly screw fitted to the internal diameter and used as an inner ring\n0 %\np/st\n31.12.2020\n0.7666\nex 8302 30 00\n10\nSupport bracket for an exhaust system:\nwith a thickness of 0,7 mm or more but not more than 1,3 mm,\nof stainless steel class 1.4310 and 1.4301 according to norm EN 10088,\nwhether or not with mounting holes,\nfor use in the manufacture of exhaust systems for automobiles\n0 %\n—\n31.12.2023\n0.2602\nex 8309 90 90\n10\nAluminium can ends:\nwith a diameter of 99,00 mm or more but not more than 136,5 mm (±1mm),\nwhether or not with a 'ring-pull' aperture\n0 %\np/st\n31.12.2023\n0.3947\nex 8401 30 00\n20\nNon-irradiated hexagonal fuel modules (elements) for use in nuclear reactors\n0 %\n—\n31.12.2023\n0.6319\nex 8401 40 00\n10\nStainless steel absorber control rods, filled with neutron absorbing chemical elements\n0 %\np/st\n31.12.2024\n0.3830\nex 8407 33 20\nex 8407 33 80\nex 8407 90 80\nex 8407 90 90\n10\n10\n10\n10\nSpark-ignition reciprocating or rotary internal combustion piston engines, having a cylinder capacity of not less than 300 cm 3 and a power of not less than 6 kW or more but not more than 20,0 kW, for the manufacture of:\nlawn mowers of subheadings 8433 11 , 8433 19 and 8433 20 ,\ntractors of subheadings 8701 91 90 , 8701 92 90 whose main function is that of a lawn mower,\nfour stroke mowers with motor of a cylinder capacity of not less than 300 cm 3 of subheading 8433 20 10 , or\nsnowploughs and snow blowers of subheading 8430 20\n0 %\n—\n31.12.2022\n0.3828\nex 8407 90 10\n10\nFour-stroke petrol engines of a cylinder capacity of not more than 250 cm 3 for use in the manufacture of garden equipment of heading 8432, 8433, 8436 or 8508\n0 %\n—\n31.12.2021\n0.4996\nex 8407 90 90\n20\nCompact Liquid Petroleum Gas (LPG) Engine System, with:\n6 cylinders,\nan output of 75 kW or more, but not more than 80 kW,\ninlet and exhaust valves modified to operate continuously in heavy duty applications,\nfor use in the manufacture of vehicles of heading 8427\n0 %\n—\n31.12.2020\n0.2598\nex 8408 90 41\n20\nDiesel engines of a power of not more than 15 kW, with 2 or 3 cylinders, for use in the manufacture of vehicle mounted temperature control systems\n0 %\n—\n31.12.2023\n0.2595\nex 8408 90 43\n20\nDiesel engines of a power of not more than 30 kW, with 4 cylinders, for use in the manufacture of vehicle mounted temperature control systems\n0 %\n—\n31.12.2023\n0.5544\nex 8408 90 43\nex 8408 90 45\nex 8408 90 47\n40\n30\n50\n4 Cylinder, 4 cycle, liquid cooled, compression-ignition engine having:\na capacity of not more than 3 850 cm 3 , and\na rated output of 15 kW or more but not more than 85 kW,\nfor use in the manufacture of vehicles of heading 8427\n0 %\n—\n31.12.2022\n0.7027\nex 8409 91 00\n40\nFuel injector with solenoid valve for optimized atomization in the combustion chamber for use in the manufacture of spark‐ignition internal combustion piston engines of motor vehicles\n0 %\n—\n31.12.2021\n0.6752\nex 8409 91 00\nex 8409 99 00\n50\n55\nExhaust manifold with turbine housing of turbochargers with:\na heat-resistance of not more than 1 050 °C, and\na hole to insert a turbine wheel, whereby the hole has a diameter of 28 mm or more, but not more than 181 mm\n0 %\np/st\n31.12.2023\n0.7670\nex 8409 91 00\n25\nAir intake module for engine cylinders consisting of:\na suction pipe,\na pressure sensor,\nan electric throttle,\nhoses,\nbrackets,\nfor use in the manufacture of engines of motor vehicles\n0 %\n—\n31.12.2023\n0.7661\nex 8409 91 00\n70\nInlet manifold, exclusively for use in the manufacture of the motor vehicles with:\na width of 40 mm or more but not more than 70 mm,\nvalves length of 250 mm or more but not more than 350 mm,\nair volume of 5,2 litres, and\nan electrical flow control system that provides maximum performance at more than 3200 rpm\n0 %\n—\n31.12.2023\n0.5199\nex 8409 99 00\nex 8479 90 70\n10\n85\nInjectors with solenoid valve for optimised atomisation in the engine combustion chamber\n0 %\np/st\n31.12.2021\n0.7851\nex 8409 99 00\n25\nHoses assembly for fuel return from injectors to engine fuel unit, consisting of at least:\nthree rubber hoses, whether or not with a protective braided sleeving,\nthree connectors for connecting fuel injectors,\nfive metal clamps,\none T-shaped plastic joint,\nfor use in the manufacture of engines of motor vehicles\n0 %\n—\n31.12.2024\n0.7160\nex 8409 99 00\n40\nPlastic or aluminium cylinder head cover with:\na camshaft position sensor (CMPS),\nmetal brackets for mounting on an engine, and\ntwo or more gaskets,\nfor use in the manufacture of engines of motor vehicles\n0 %\np/st\n31.12.2021\n0.7236\nex 8409 99 00\n60\nIntake manifold for air supply to the engine cylinders, comprising at least:\na throttle,\na boost pressure sensor,\nfor use in the manufacture of compression ignition engines of motor vehicles\n0 %\n—\n31.12.2022\n0.7667\nex 8409 99 00\n65\nThe exhaust gas recirculation assembly consisting of:\na control unit,\nan air throttle,\nan intake pipe,\nan outlet hose,\nfor use in the manufacture of diesel engines of motor vehicles\n0 %\n—\n31.12.2023\n0.7234\nex 8409 99 00\n70\nMetal alloy intake and exhaust valve with a Rockwell hardness HRC 20 or more, but not more than HRC 50 for use in the manufacture of compression ignition engines of motor vehicles\n0 %\n—\n31.12.2021\n0.7718\nex 8409 99 00\n75\nHigh pressure fuel rail of galvanised ferrite-pearlite steel with:\nat least one pressure sensor and one valve,\na length of 314 mm or more, but not more than 322 mm,\nan operating pressure not more than 225 MPa,\nan inlet temperature not more than 95 °C,\nambient temperature of – 45 °C or more, but not more than 145 °C,\nfor use in the manufacture of compression ignition engines of motor vehicles\n0 %\n—\n31.12.2024\n0.7233\nex 8409 99 00\n80\nHigh pressure oil jet nozzle for engine piston cooling and lubrication with:\nan opening pressure of 1 bar or more, but not more than 3 bar,\na closing pressure of more than 0,7 bar,\na one-way valve,\nfor use in the manufacture of compression ignition engines of motor vehicles\n0 %\n—\n31.12.2022\n0.7716\nex 8409 99 00\n85\nTurbocharger cooling duct containing:\nan aluminum alloy duct with at least one metal holder and at least two mounting holes,\na rubber pipe with clips,\na stainless steel flange highly resistant to corrosion [SUS430JIL],\nfor use in the manufacture of compression ignition engines of motor vehicles\n0 %\n—\n31.12.2024\n0.6751\nex 8411 99 00\n20\nWheel-shaped gas turbine component with blades, of a kind used in turbochargers:\nof a precision-cast nickel based alloy complying with standard DIN G- NiCr13Al6MoNb or DIN G- NiCr13Al16MoNb or DIN G- NiCo10W10Cr9AlTi or DIN G- NiCr12Al6MoNb or AMS AISI:686,\nwith a heat-resistance of not more than 1 100 °C,\nwith a diameter of 28 mm or more, but not more than 180 mm,\nwith a height of 20 mm or more, but not more than 150 mm\n0 %\np/st\n31.12.2022\n0.7225\nex 8411 99 00\n30\nTurbine housing of turbochargers with:\na heat-resistance of not more than 1 050 °C, and\na hole to insert a turbine wheel, whereby the hole has a diameter of 28 mm or more, but not more than 181 mm\n0 %\np/st\n31.12.2021\n0.5975\nex 8412 39 00\n20\nActuator for a single-stage turbocharger:\nwhether or not with conducting horns and connecting sleeves, having an operating distance of 20 mm or more but not more than 40 mm,\nwith a length of not more than 350 mm,\nwith a diameter of not more than 75 mm,\nwith a height of not more than 110 mm\n0 %\np/st\n31.12.2023\n0.7161\nex 8413 30 20\n30\nSingle-cylinder radial-piston high pressure pump for gasoline direct injection with:\nan operating pressure of 200 bar or more, but not more than 350 bar,\na flow control, and\na pressure relief valve,\nfor use in the manufacture of engines of motor vehicles\n0 %\n—\n31.12.2021\n0.4903\nex 8413 70 35\n20\nSingle phase centrifugal pump:\ndischarging at least 400 cm 3 fluid per minute,\nwith a noise level limited to 6 dBA,\nwith the inside diameter of the suction opening and discharge outlet of not more than 15 mm, and\nworking at ambient temperatures down to -10 °C\n0 %\n—\n31.12.2020\n0.6346\nex 8413 91 00\n30\nFuel pump cover:\nconsisting of aluminium alloys,\nwith a diameter of 38 mm or 50 mm,\nwith two concentric, annular grooves formed on its surface,\nanodized,\nof a kind used in motor vehicles with petrol engines\n0 %\np/st\n31.12.2024\n0.7669\nex 8414 10 25\n30\nTandem pump consisting of:\nan oil pump with displacement of 21,6 cc/rev (± 2 cc/rev) and working pressure 1,5 bar at 1 000 revolutions per minute,\nvacuum pump with displacement of 120 cc/rev (± 12 cc/rev) and performance of ‐666 mbar in 6 seconds at 750 revolutions per minute,\nfor use in the manufacture of engines of motor vehicles\n0 %\n—\n31.12.2023\n0.7691\nex 8414 10 89\n30\nElectric vacuum pump with:\nController Area Network (CAN bus),\nwhether or not with a rubber hose,\na connecting cable with connector,\na mounting bracket,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2023\n0.4727\nex 8414 30 81\n50\nHermetic or semi-hermetic variable-speed electric scroll compressors, with a nominal power rating of 0,5 kW or more but not more than 10 kW, with a displacement volume of not more than 35 cm 3 , of the type used in refrigeration equipment\n0 %\n—\n31.12.2024\n0.6160\nex 8414 30 81\nex 8414 80 73\n60\n30\nHermetic rotary compressors for Hydro-Fluoro-Carbon (HFC) refrigerants:\ndriven by 'on-off' single phase alternate current (AC) or 'brushless direct current' (BLDC) variable speed motors,\nwith a nominal power rating of not more than 1,5 kW,\nof a kind used in the production of household heat pump laundry tumble dryers\n0 %\n—\n31.12.2023\n0.2593\nex 8414 30 89\n20\nVehicle air conditioning system part, consisting of an open shaft reciprocating compressor of a power of more than 0,4 kW but not more than 10 kW\n0 %\n—\n31.12.2023\n0.7694\nex 8414 30 89\n30\nOpen shaft, scroll type compressor with clutch assembly, of a power of more than 0,4 kW, for air conditioning in vehicles, for use in the manufacture of motor vehicles of Chapter 87\n0 %\n—\n31.12.2023\n0.4891\nex 8414 59 25\n40\nAxial fan with an electric motor, of an output of not more than 2 W, for use in the manufacture of products of heading 8521 or 8528\n0 %\n—\n31.12.2020\n0.7595\nex 8414 59 35\n20\nRadial fan, with:\na dimension of 25mm (height) x 85mm (width) x 85mm (depth),\na weight of 120 g,\na rated voltage of 13,6 VDC (direct current voltage),\nan operating voltage of 9 VDC or more but not more than 16 VDC (direct current voltage),\na rated current of 1,1 A (TYP),\na rated power of 15 W,\na rotation speed of 500 RPM (revolutions per minute) or more but not more than 4800 RPM (revolutions per minute) (free flow),\nan air flow of not more than 17,5 litre/s,\nan air pressure of not more than 16 mm H 2 O ≈ 157 Pa,\nan overall sound pressure of not more than 58 dB(A) at 4800 RPM (revolutions per minute), and\na FIN (Fan Interconnect Network) interface for communication with the heating and air-conditioning control unit used in car seat ventilation systems\n0 %\n—\n31.12.2023\n0.7317\nex 8414 80 22\nex 8414 80 80\n20\n20\nAir membrane compressor with:\na flow of 4,5 l/min or more, but not more than 7 l/min,\npower input of not more than 8,1 W, and\na gauge pressure capacity not exceeding 400 hPa (0,4 bar),\nof a kind used in the production of motor vehicle seats\n0 %\n—\n31.12.2022\n0.2507\nex 8414 90 00\n20\nAluminium pistons, for incorporation into compressors of air conditioning machines of motor vehicles\n0 %\np/st\n31.12.2024\n0.3386\nex 8414 90 00\n30\nPressure-regulating system, for incorporation into compressors of air conditioning machines of motor vehicles\n0 %\np/st\n31.12.2023\n0.4027\nex 8414 90 00\n40\nDrive part, for compressors of air conditioning machines of motor vehicles\n0 %\np/st\n31.12.2023\n0.6841\nex 8415 90 00\n30\nAluminium arc-welded removable receiver dryer with a connection block, containing polyamide and ceramic elements, with:\na length of 166 mm (+/- 1 mm),\na diameter of 70 mm (+/- 1 mm),\nan internal capacity of 280 cm 3 or more,\na water absorption rate of 17 g or more, and\nan internal purity expressed by permissible amount of impurities of not more than 0,9 mg/dm 2 ,\nof a kind used in car air-conditioning systems\n0 %\np/st\n31.12.2020\n0.6842\nex 8415 90 00\n40\nFlame-soldered aluminium block with extruded, bent connector lines, of a kind used in car air-conditioning systems\n0 %\np/st\n31.12.2020\n0.6860\nex 8415 90 00\n55\nAluminium arc-welded removable receiver dryer with polyamide and ceramic elements with:\na length of 143 mm or more but not more than 292 mm,\na diameter of 31 mm or more but not more than 99 mm,\na spangle length of not more than 0,2 mm and a thickness of not more than 0,06 mm, and\na solid particle diameter of not more than 0,06 mm,\nof a kind used in car air-conditioning systems\n0 %\np/st\n31.12.2020\n0.4133\nex 8418 99 10\n70\nEvaporator made of aluminium for use in the manufacture of air conditioning machines for automobiles\n0 %\np/st\n31.12.2021\n0.6231\nex 8421 21 00\n20\nWater pre-treatment system comprising one or more of the following elements, whether or not incorporating modules for sterilization and sanitization of these elements:\nultrafiltration system,\ncarbon filtration system,\nwater softener system,\nfor use in a biopharmaceutical laboratory\n0 %\np/st\n31.12.2024\n0.3375\nex 8421 99 90\n91\nParts of equipment, for the purification of water by reverse osmosis, consisting of a bundle of hollow fibres of artificial plastic material with permeable walls, embedded in a block of artificial plastic material at one end and passing through a block of artificial plastic material at the other end, whether or not housed in a cylinder\n0 %\np/st\n31.12.2023\n0.7039\nex 8424 89 70\n20\nMechanical passenger car headlights washer with telescopic hose, high pressure nozzles and mounting clamps for use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2021\n0.5831\nex 8431 20 00\n30\nDrive axle assembly containing differential, reduction gears, crown wheel, drive shafts, wheel hubs, brakes and mast mounting arms for use in the manufacture of vehicles in heading 8427\n0 %\np/st\n31.12.2022\n0.6193\nex 8431 20 00\n40\nAluminium core, plastic tank radiator, with integral steel support structure and an open core square wave design of 9 fins per 2,54 cm of core length for use in the manufacture of vehicles of heading 8427\n0 %\np/st\n31.12.2023\n0.6821\nex 8436 99 00\n10\nPart containing:\na single-phase AC motor,\nan epicyclic gearing,\na cutter blade,\nand whether or not containing:\na capacitor,\na part fitted with a threaded bolt,\nfor use in the manufacture of garden shredders\n0 %\np/st\n31.12.2020\n0.3374\nex 8439 99 00\n10\nSuction-roll shells, produced by centrifugal casting, not drilled, in the form of alloy-steel tubes, of a length of 3 000 mm or more and an external diameter of 550 mm or more\n0 %\np/st\n31.12.2023\n0.2599\nex 8477 80 99\n10\nMachines for casting or for surface modification of plastic membranes of heading 3921\n0 %\np/st\n31.12.2023\n0.7517\nex 8479 89 97\n35\nMechanical unit ensuring the movement of the camshaft with:\n8 oil chambers,\na phasing range of at least 38°, but not more than 62°,\na steel and/or steel alloy sprocket,\na steel and/or steel alloy rotor\n0 %\n—\n31.12.2023\n0.6230\nex 8479 89 97\n60\nBioreactor for biopharmaceutical cell culture:\nhaving interior surfaces of austenitic stainless steel, and\nwith a process capacity up to 15 000 litres,\nwhether or not combined with a 'clean-in-process' system and/or a dedicated paired media hold vessel\n0 %\np/st\n31.12.2021\n0.6573\nex 8479 89 97\n70\nMachine to accurately align and attach lenses into a camera assembly in five axis alignment capability and fix them in position with a two part cure epoxy\n0 %\np/st\n31.12.2024\n0.6735\nex 8479 89 97\n85\nHigh Pressure Hard Materials Compression Press ('Link Press'):\nwith a 16 000 tonne pressure rating,\nwith a 1 100 mm diameter Bolster (± 1mm),\nwith a 1 400 mm main cylinder (± 1mm),\nwith a Fixed and floating link frame, multiple pump high pressure hydraulic accumulator and pressure system,\nwith a double arm manipulator arrangement and connections for piping and electrical systems,\nwith a total weight 310 tonnes (± 10 tonnes), and\ncreating 30 000 atmospheres at 1 500 degrees centigrade using Low Frequency Alternating Current ( 16 000 amps)\n0 %\np/st\n31.12.2020\n0.7158\nex 8479 90 70\n87\nFuel hose for internal combustion piston engines with a fuel temperature sensor, with at least two inlet hoses and three outlet hoses for use in the manufacture of engines of motor vehicles\n0 %\np/st\n31.12.2021\n0.7375\nex 8481 10 99\n20\nElectromagnetic pressure reducing valve:\nwith a plunger,\nwith at least 275 mPa internal tightness,\nwith a plastic connector with 2 silver or tin pins\n0 %\n—\n31.12.2022\n0.7424\nex 8481 10 99\n40\nPressure reducing valves in a brass case with:\na length of not more than 30 mm (± 1 mm),\na width of not more than 18 mm (± 1 mm),\nof a kind used for incorporation in fuel delivery modules of motor vehicles\n0 %\n—\n31.12.2022\n0.4668\nex 8481 30 91\n91\nSteel check (non-return) valves with:\nan opening pressure of not more than 800 kPa,\nan external diameter not more than 37 mm\n0 %\np/st\n31.12.2024\n0.7850\nex 8481 30 99\n30\nBrake booster check valve assembly, containing at least:\nthree vulcanized rubber hoses,\none membrane valve,\ntwo metal clamps,\none metal holder,\nwhether or not a connecting metal pipe,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2024\n0.3363\nex 8481 80 59\n10\nAir control valve, consisting of a stepping motor and a valve pintle, for the regulation of idle air flow in fuel injection engines\n0 %\np/st\n31.12.2023\n0.7155\nex 8481 80 59\n20\nPressure regulating valve for incorporation into compressors of motor vehicle air condition units\n0 %\np/st\n31.12.2021\n0.7380\nex 8481 80 59\n30\nTwo-way flow control valve with housing, with:\nat least 5, but not more than 10 outlet holes with at least 0,09 mm, but not more than 0,2 mm diameter,\nat least 550 cm 3 /minute, but not more than 2000 cm 3 /minute flow rate,\nat least 19, but not more than 300 MPa operating pressure\n0 %\n—\n31.12.2022\n0.7377\nex 8481 80 59\n40\nFlow-control valve:\nmade of steel,\nwith an outlet hole with a diameter of 0,05 mm or more, but not more than 0,5 mm,\nwith an inlet hole with a diameter of 0,1 mm or more, but not more than 1,3 mm,\nwith chromium nitride coating,\nwith a surface roughness of Rp 0,4\n0 %\n—\n31.12.2022\n0.7381\nex 8481 80 59\n50\nElectromagnetic valve for quantity control with:\na plunger,\na solenoid with a of coil resistance of 1,85 Ω or more, but not more than 8,2 Ω\n0 %\n—\n31.12.2022\n0.7382\nex 8481 80 59\n60\nElectromagnetic valve for quantity control:\nwith a solenoid with a coil resistance of at least 0,19 Ohm, but not more than 0,66 Ohm, and with an inductance of not more than 1 mH\n0 %\n—\n31.12.2022\n0.5575\nex 8481 80 69\n60\nFour-way reversing valve for refrigerants, consisting of:\na solenoid pilot valve,\na brass valve body including valve slider and copper connections,\nwith a working pressure up to 4,5 MPa\n0 %\np/st\n31.12.2022\n0.7519\nex 8481 80 73\nex 8481 80 99\n20\n70\nPressure- and flow-control valve controlled by external electromagnet:\nmade of steel and/or steel alloy(s),\nwithout integrated circuit,\nof not more than 1000 kPa operating pressure,\nwith a flow quantity of not more than 5 l/min,\nwithout an electromagnet\n0 %\n—\n31.12.2023\n0.7637\nex 8481 80 79\nex 8481 80 99\n30\n30\nService Valve which suits for R410A or R32 gas while connecting indoor and outdoor units with:\na withstanding pressure of the valve body of 6,3 MPa,\na leakage ratio of less than 1,6 g/a,\nan impurity ratio of less than 1,2 mg/PCS,\nan airtight pressure of the valve body of 4,2 MPa,\nfor use in the manufacture of air conditioners\n0 %\n—\n31.12.2023\n0.7518\nex 8481 90 00\n40\nValve armature:\nfor the opening and closing of the flow of fuel,\nconsisting of a shaft and a blade,\nwith 8 holes on the blade,\nmade of metal and/or metal alloy(s)\n0 %\n—\n31.12.2023\n0.6391\nex 8482 10 10\nex 8482 10 90\nex 8482 50 00\n10\n10\n10\nBall and cylindrical bearings:\nwith an outside diameter of 28 mm or more but not more than 140 mm,\nwith an operational thermal stress of more than 150 °C at a working pressure of not more than 14 MPa,\nfor the manufacture of machinery for the protection and control of nuclear reactors in nuclear power plants\n0 %\np/st\n31.12.2024\n0.7735\nex 8482 10 10\n15\nBall bearings with:\nan internal diameter of 4 mm or more but not more than 9 mm,\nan external diameter of not more than 26 mm,\na width of not more than 8 mm,\nfor use in the manufacture of electromotors with a range of 40 000 rpm or more but not more than 80 000 rpm\n0 %\n—\n31.12.2024\n0.7707\nex 8482 10 10\nex 8482 10 90\n25\n40\nDouble row ball bearings / ball bearing cartridges:\nwith an internal diameter of 3 mm or more, but not more than 9 mm,\nwith an external diameter of 17 mm or more, but not more than 36 mm,\nwith a width of 6 mm or more, but not more than 69 mm,\nmanufactured according to ISO standard 492 - Class 5 or DIN 620 - P5 or ANSI Standard 20 - ABEC 5,\nwith ceramic balls,\nfor use in turbo compressors (turbochargers)\n0 %\n—\n31.12.2024\n0.5744\nex 8483 30 32\nex 8483 30 38\n30\n60\nBearing housing of a kind used in turbochargers:\nof precision-cast grey cast iron complying with standard DIN EN 1561 or precision-cast ductile cast iron complying with DIN EN 1560,\nwith oil chambers,\nwithout bearings,\nwith a diameter of 50 mm or more, but not more than 250 mm,\nwith a height of 40 mm or more, but not more than 150 mm,\nwhether or not with water chambers and connectors\n0 %\np/st\n31.12.2022\n0.5202\nex 8483 40 29\n50\nGear set of cycloid gear type with:\na rated torque of 50 Nm or more but not more than 9 000 Nm,\nstandard ratios of 1:50 or more but not more than 1:475,\nlost motion of not more than one arc minute,\nan efficiency of more than 80 %,\nof a kind used in robot arms\n0 %\np/st\n31.12.2021\n0.5977\nex 8483 40 29\n60\nEpicyclic gearing, of a kind used in driving hand-held power tools with:\na rated torque of 25 Nm or more, but not more than 70 Nm,\nstandard gear ratios of 1:12.7 or more, but not more than 1:64.3\n0 %\np/st\n31.12.2023\n0.2503\nex 8483 40 51\n20\nGear box, having a differential with wheel axle, for use in the manufacture of self-propelled lawnmowers with a seat of subheading 8433 11 51\n0 %\np/st\n31.12.2023\n0.7920\nex 8483 40 59\n30\nHydrostatic speed changer:\nwith a hydro pump and a differential with wheel axle,\nwhether or not with a fan impeller and/or a pulley,\nfor use in the manufacture of lawn mowers of Subheadings 8433 11 and 8433 19 or other mowers of Subheading 8433 20\n0 %\np/st\n31.12.2024\n0.7249\nex 8483 40 90\n20\nHydrostatic transmission with:\nmeasurements (without shafts) of not more than 154 mm x 115 mm x 108 mm,\na weight of not more than 3,3 kg,\na maximum rotation speed of the input shaft of 2700 rpm or more, but not more than 3200 rpm,\na torque of the output shaft of not more than 10,4 Nm,\na rotation speed of the output shaft of not more than 930 rpm at 2800 rpm input speed, and\nan operating temperature range of -5 °C or more, but not more than +40 °C\nfor use in the manufacture of hand-operated lawn mowers of subheading 8433 11 90\n0 %\np/st\n31.12.2022\n0.7248\nex 8483 40 90\n30\nHydrostatic transmission with:\na reduction of 20,63:1 or more, but not more than 22,68:1,\nan input speed of 1800 rpm or more when loaded and of not more than 3 000 rpm when unloaded,\na continuous output torque of 142 Nm or more, but not more than 156 Nm,\nan intermittent output torque of 264 Nm or more, but not more than 291 Nm, and\nan axle shaft diameter of 19,02 mm or more, but not more than 19,06 mm,\nwhether or not equipped with a fan impeller or with a pulley with integrated fan impeller,\nfor use in the production of self-propelled lawn mowers with a seat of subheading 8433 11 51 , and tractors of subheading 8701 91 90 , whose main function is that of a lawn mower\n0 %\np/st\n31.12.2022\n0.4997\nex 8483 40 90\n80\nTransmission gearbox, with:\nnot more than 3 gears,\nan automatic deceleration system, and\na power reversal system,\nfor use in the manufacture of goods of heading 8427\n0 %\np/st\n31.12.2020\n0.7156\nex 8484 20 00\n10\nMechanical shaft seal for incorporation into rotary compressors for use in the manufacture of motor vehicle air condition units\n0 %\np/st\n31.12.2021\n0.7604\nex 8484 20 00\n20\nMechanical face sealing device made of two movable rings (one ceramic mating with a thermal conductivity lower than 80 W/mK and the other carbon sliding), one spring and a nitrile sealant on the external side\n0 %\n—\n31.12.2023\n0.6854\nex 8501 10 10\n20\nSynchronous motor for a dishwasher with a water flow control mechanism with:\na length without axle of 24 mm (+/- 0,3),\na diameter of 49,3 mm (+/- 0,3),\na rated voltage of 220 V AC or more but not more than 240 V AC,\na rated frequency of 50 Hz or more but not more than 60 Hz,\nan input power of not more than 4 W,\na rotation speed of 4rpm or more but not more than 4,8 rpm,\nan output torque of not less than 10 kgf/cm\n0 %\n—\n31.12.2020\n0.7601\nex 8501 10 10\n30\nMotors for air pumps, with:\noperating voltage of 9 VDC or more but not more than 24 VDC,\noperating temperature range of -40°C or more but not more than 80°C,\nan output not exceeding 18 W,\nfor use in the manufacture of pneumatic support and ventilation systems for car seats\n0 %\n—\n31.12.2023\n0.7857\nex 8501 10 10\n40\nSynchronous hybrid stepper motor with:\nan output not exceeding 18 W,\ntwo phases,\na rated current of not more than 2,5 A/phase,\na rated voltage of not more than 20 V,\nwith or without a threaded shaft,\nfor use in the manufacture of 3D printers\n0 %\n—\n31.12.2024\n0.7197\nex 8501 10 99\n56\nDC Motor:\nwith a speed rotation of not more than 7000 rpm (without load),\nwith a nominal voltage of 12 V (± 4 V),\nwith a maximum power of 13,78 W ( at 3,09 A),\nwith a specified temperature range from -40 °C to 160 °C,\nwith a gear connection,\nwith a mechanical attachment interface,\nwith 2 electrical connections,\nwith a maximum torque of 100 Nm\n0 %\n—\n31.12.2021\n0.6858\nex 8501 10 99\n57\nDC motor:\nwith a rotor speed of not more than 6 500 rpm when not loaded,\nwith a rated voltage of 12,0 V (+/- 0,1),\nof a specified temperature range of – 40 °C or more, but not more than + 165 °C,\nwith or without a connecting pinion,\nwith or without an engine connector\n0 %\n—\n31.12.2020\n0.7198\nex 8501 10 99\n58\nDC Motor:\nwith a speed rotation of not more than 6500 rpm (without load),\nwith a nominal voltage of 12 V (± 4 V),\nwith a maximal power below than 20 W,\nwith a specified temperature range from -40°C to 160°C,\nwith a worm gear drive,\nwith a mechanical attachment interface,\nwith 2 electrical connections,\nwith a maximum torque of 75 Nm\n0 %\n—\n31.12.2021\n0.5846\nex 8501 10 99\n60\nDC motor:\nwith a rotor speed of 3 500 rpm or more but not more than 5 000 rpm loaded and not more than 6 500 rpm when not loaded,\nwith a power supply voltage of 100 V or more but not more than 240 V,\nfor use in the manufacture of electric fryers\n0 %\n—\n31.12.2022\n0.6880\nex 8501 10 99\n65\nElectric turbocharger actuator, with:\na DC motor,\nan integrated gear mechanism,\na (pulling)force of 200 N or more at a minimum of 140°C elevated ambient temperature,\na (pulling) force of 250 N or more in each position of its stroke,\nan effective stroke of 15 mm or more but not more than 25 mm,\nwith or without an on-board diagnostics interface\n0 %\n—\n31.12.2020\n0.6115\nex 8501 10 99\n70\nDC stepping motor, with:\nan angle of step of 7,5° (± 0,5°),\na two-phase winding,\na rated voltage of 9 V or more, but not more than 16,0 V\nof a specified temperature range covering at least ‐ 40 °C to + 105 °C,\nwith or without connecting pinion,\nwith or without motor drive connector\n0 %\n—\n31.12.2023\n0.6627\nex 8501 10 99\n75\nPermanently excited DC motor with:\na multiple-phase winding,\nan external diameter of 28 mm or more but not more than 35 mm,\na rated speed of not more than 12 000 rpm,\na power supply voltage of 8 V or more but not more than 27 V\n0 %\n—\n31.12.2020\n0.2838\nex 8501 10 99\n79\nDC motor with brushes and an internal rotor with a three-phase winding, whether or not equipped with a worm, of a specified temperature range covering at least - 20 °C to + 70 °C\n0 %\n—\n31.12.2023\n0.4555\nex 8501 10 99\n80\nDC stepping motor, with:\nan angle of step of 7,5° (± 0,5°),\na pull-out torque at 25 °C of 25 mNm or more,\na pull-out pulse rate of 1 500 pps or more,\na two-phase winding, and\na rated voltage of 10,5 V or more, but not more than 16,0 V\n0 %\n—\n31.12.2023\n0.7250\nex 8501 20 00\n30\nUniversal AC/DC motor with:\na rated output of 1,2 kW,\na supply voltage of 230 V, and\nengine brake,\nassembled to a reduction gear with output shaft, which is contained in a plastic housing,\nfor use as electric drive of lawnmower blades\n0 %\n—\n31.12.2022\n0.4201\nex 8501 31 00\n30\nDC motor, brushless, with a three-phase winding, an external diameter of 85 mm or more, but not more than 115 mm, a nominal torque of 2,23 Nm (± 1,0 Nm), of an output of more than 120 W but not more than 520 W, calculated with 1 550 rpm (± 350 rpm) at a supply voltage of 12 V equipped with electronic circuit with sensors using the Hall effect, for use with an electric power steering control module (power steering motor)\n0 %\n—\n31.12.2021\n0.4731\nex 8501 31 00\n37\nPermanently excited DC motor with:\na multiple-phase winding,\nan external diameter of 30 mm or more but not more than 80 mm,\na rated speed of not more than 15 000 rpm,\nan output of 45 W or more but not more than 300 W, and\na supply voltage of 9 V or more but not more than 50 V,\nwhether or not with a drive disc,\nwhether or not with a crankcase,\nwhether or not with a fan,\nwhether or not with a cap assembly,\nwhether or not with a sun gear,\nwhether or not with a speed and rotational direction encoder,\nwhether or not with or without a speed or rotational direction sensor of resolver type or Hall effect type\n0 %\n—\n31.12.2024\n0.5954\nex 8501 31 00\n45\nDC motors, brushless, with:\nan external diameter of 90 mm or more, but not more than 110 mm,\na rated speed of not more than 3 680 rpm,\nan output of 600 W or more but not more than 740 W at 2 300 rpm and at 80 °C,\na supply voltage of 12 V,\na torque of not more than 5,67 Nm,\na rotor position sensor,\nan electronic star-point relay, and\nfor use with an electric power steering control module\n0 %\n—\n31.12.2023\n0.5577\nex 8501 31 00\n50\nDC motors, brushless, with:\nan external diameter of 80 mm or more, but not more than 200 mm,\na supply voltage of 9 V or more, but not more than 16 V,\nan output at 20 °C of 300 W or more, but not more than 750 W,\na torque at 20 °C of 2,00 Nm or more, but not more than 7,00 Nm,\na rated speed at 20 °C of 600 rpm or more, but not more than 3 100 rpm,\nwith or without a rotor angle position sensor of resolver type or Hall effect type,\nwith or without a pulley,\nof the kind used in power steering systems for cars\n0 %\n—\n31.12.2022\n0.5978\nex 8501 31 00\nex 8501 32 00\n55\n40\nDC motor with or without commutator, with:\nan external diameter of 24,2 mm or more, but not more than 140 mm,\na rated speed of 3300 rpm or more, but not more than 26200 rpm,\na rated supply voltage of 3,6 V or more, but not more than 230 V,\nan output power of more than 37,5 W, but not more than 2400 W,\na free load current of not more than 20,1 A,\na maximum efficiency of 50 % or more,\nfor driving hand-held power tools or lawn mowers\n0 %\n—\n31.12.2023\n0.6809\nex 8501 31 00\nex 8501 32 00\n71\n77\nAutomotive-ready, brushless and permanently excited direct current motor with:\na specified speed of not more than 4 100 rpm,\na minimum output of 400 W, but not more than 1,3 kW (at 12V),\na flange diameter of 90 mm or more, but not more than 150 mm,\na maximum length of 210 mm, measured from the beginning of the shaft to the outer ending,\na housing length of not more than 160 mm, measured from the flange to the outer ending,\na maximum of two-piece (basic housing including electric components and flange with minimum 2 and maximum 11 bore holes) aluminium diecast or sheet steel housing whether or not with a sealing compound (groove with an O-ring and grease),\na stator with single T-tooth design and single coil windings in 9/6 or 12/8 topology, and\nsurface magnets\n0 %\n—\n31.12.2020\n0.7005\nex 8501 31 00\n75\nBrushless DC motor assembly comprised of a motor and transmission, with:\nelectronic control operating by Hall Effect position sensors,\nvoltage input 9 V or more but not more than 16 V,\nexternal diameter of the motor 70 mm or more but not more than 80 mm,\noutput motor power 350 W or more but not more than 550 W,\nmaximum output torque 50 Nm or more but not more than 52 Nm,\nmaximum output rotation speed 280 rpm or more but not more than 300 rpm,\ncoaxial male spline outputs of outer diameter 20 mm (±1 mm), 17 teeth and minimum length of teeth 25 mm (± 1 mm), and\nwith distance between root of splines 119 mm (± 1 mm),\nfor use in the manufacture of all-terrain or utility task vehicles\n0 %\n—\n31.12.2021\n0.4855\nex 8501 33 00\nex 8501 40 80\nex 8501 53 50\n30\n50\n10\nElectric drive for motor vehicles, with an output of not more than 315 kW:\nwith an AC or DC motor with or without transmission,\nwith or without power electronics\n0 %\n—\n31.12.2021\n0.5329\nex 8501 51 00\nex 8501 52 20\n30\n50\nAC synchronous servo motor with resolver and brake for a maximum speed of not more than 6 000 rpm, with:\nan output of 340 W or more but not more than 7,4 kW,\na flange of dimensions of not more than 180 mm × 180 mm, and\na length from flange to extreme end of resolver of not more than 271 mm\n0 %\n—\n31.12.2021\n0.6511\nex 8501 53 50\n20\nAC traction motor of the Interior Permanent Magnet Synchronous Motor (IPMSM) type with:\na torque output of 200 Nm or more, but not more than 400 Nm,\na power output of 50 kW or more, but not more than 200 kW,\na rotation speed of no more than 15 000 rpm,\nfor use in the manufacture of electric vehicles\n0 %\n—\n31.12.2024\n0.6676\nex 8501 61 20\n35\nFuel cell module, AC generator with an output of 7,5 kVA or less, consisting of:\na Hydrogen generator (desulphurizer, reformer and cleaner),\na PEM fuel cell stack, and\nan Inverter,\nfor use as a part in a heating appliance\n0 %\n—\n31.12.2020\n0.5633\nex 8501 62 00\n30\nFuel cell system:\nconsisting of at least phosphoric acid fuel cells,\nin a housing with integrated water management and gas treatment,\nfor permanent, stationary energy supply\n0 %\n—\n31.12.2022\n0.2837\nex 8503 00 91\nex 8503 00 99\n31\n32\nRotor, at the inner side provided with one or two magnetic rings (uniform or sectional) whether or not incorporated in a steel ring\n0 %\np/st\n31.12.2023\n0.2836\nex 8503 00 99\n31\nStamped collector of an electric motor, having an external diameter of not more than 16 mm\n0 %\np/st\n31.12.2023\n0.4599\nex 8503 00 99\n33\nStator for brushless motor of electrical power steering with a roundness tolerance of 50 μm\n0 %\np/st\n31.12.2021\n0.4601\nex 8503 00 99\n34\nRotor for brushless motor of electrical power steering with a roundness tolerance of 50 μm\n0 %\np/st\n31.12.2024\n0.7496\nex 8503 00 99\n37\nRotor for an electric motor, with the rotor cylindrical body made of agglomerated ferrite and plastics and the shaft made of metal with:\ndiameter of the rotor body of 17 mm or more but not more than 37 mm,\nlength of the rotor body of 12 mm or more but not more than 36 mm,\nshaft length of 52 mm or more but not more than 82 mm\n0 %\n—\n31.12.2023\n0.5783\nex 8503 00 99\n40\nFuel cell membrane, in rolls or sheets, with a width of not more than 150 cm, for use in the manufacture of fuel cells in Heading 8501\n0 %\np/st\n31.12.2022\n0.6161\nex 8503 00 99\n55\nStator for brushless motor, with:\nan internal diameter of 206,6 mm (± 0,5 ),\nan external diameter of 265,0 mm (± 0,2 ), and\na width of 37,2 mm or more but not more than 47,8 mm,\nof a kind used in the manufacture of washing machine, washer‐dryer or dryer equipped with direct drive drums\n0 %\np/st\n31.12.2020\n0.6379\nex 8503 00 99\n60\nEngine cover for electronic belt drive steering system of galvanized steel with a thickness of not more than 2,5 mm (± 0,25 mm)\n0 %\np/st\n31.12.2024\n0.7760\nex 8503 00 99\n65\nRotor body of stacked electrical sheet having:\na diameter of 18 mm or more but not more than 35 mm, and\na length of 20 mm or more but not more than 65 mm\n0 %\n—\n31.12.2024\n0.7761\nex 8503 00 99\n75\nStator body of stacked electrical sheet having:\nan inner diameter of 18 mm or more, but not more than 35 mm,\nan outer diameter of 35 mm or more, but not more than 65 mm, and\na length of 20 mm or more, but not more than 65 mm\n0 %\n—\n31.12.2024\n0.7758\nex 8503 00 99\n80\nSteel motor housing having:\nan inner diameter of 35 mm or more but not more than 65 mm,\nan outer diameter of 35 mm or more but not more than 70 mm, and\na length of 35 mm or more but not more than 150 mm\n0 %\n—\n31.12.2024\n0.7549\nex 8504 31 80\n15\nElectrical Transformer with:\na capacity of 192 Watts or 216 Watts,\ndimensions of not more than 27,1 x 26,6 x 18 mm,\nan operating temperature range of - 40 °C or more, but not more than + 125 °C,\nthree or four inductively coupled copper wire windings, and\n9 connection pins at the bottom\n0 %\n—\n31.12.2023\n0.7548\nex 8504 31 80\n25\nElectrical Transformer with:\na capacity of 432 Watts,\ndimensions of not more than 24 mm x 21 mm x 19 mm,\nan operating temperature range of - 20 °C or more, but not more than + 85 °C,\ntwo windings, and\n5 connection pins at the bottom\n0 %\n—\n31.12.2023\n0.4450\nex 8504 31 80\n30\nSwitching transformers, having a power handling capacity of not more than 1 kVA for use in the manufacture of static converters\n0 %\n—\n31.12.2023\n0.7547\nex 8504 31 80\n35\nElectrical Transformer with:\na capacity of 433 Watts,\ndimensions of not more than 37,3 x 38,2 x 28,5 mm,\nan operating temperature range of - 40 °C or more, but not more than + 125 °C,\nfour inductively coupled copper wire windings, and\n13 connection pins at the bottom\n0 %\n—\n31.12.2023\n0.5598\nex 8504 31 80\n40\nElectrical transformers:\nwith a capacity of 1 kVA or less,\nwithout plugs or cables,\nfor internal use in the manufacture of set top boxes and TVs\n0 %\n—\n31.12.2022\n0.7551\nex 8504 31 80\n45\nElectrical Transformer with:\na capacity of 0,2 Watts,\ndimensions of not more than 15 mm x 15,5 mm x 14 mm,\nan operating temperature range of - 10 °C or more, but not more than + 125 °C,\ntwo inductively coupled copper wire windings,\n5 connection pins at the bottom, and\na copper shielding\n0 %\n—\n31.12.2023\n0.7000\nex 8504 31 80\n50\nTransformers for use in the manufacture of electronic drivers, control devices and LED light sources for lighting industry\n0 %\n—\n31.12.2021\n0.7764\nex 8504 31 80\n55\nElectrical transformer with:\na capacity of 0,24 kVA,\nan operating temperature range of + 10 °C or more, but not more than + 125 °C,\nfive inductively coupled copper wire windings,\n11 connection pins at the bottom, and\ndimensions of not more than 31,3 mm x 37,8 mm x 25,8 mm\n0 %\n—\n31.12.2024\n0.7029\nex 8505 11 00\n47\nArticles in the form of a triangle, square or rectangle, whether or not arched or with rounded corners, intended to become permanent magnets after magnetisation, containing neodymium, iron and boron, with the following dimensions:\na length of 9 mm or more but not more than 105 mm,\na width of 5 mm or more but not more than 105 mm, and\na height of 2 mm or more but not more than 55 mm\n0 %\n—\n31.12.2021\n0.5584\nex 8505 11 00\n50\nBars specifically shaped, intended to become permanent magnets after magnetisation, containing neodymium, iron and boron, with dimensions:\na length of 15 mm or more but not more than 52 mm,\na width of 5 mm or more but not more than 42 mm,\nof a kind to be used in the manufacture of electric servomotors for industrial automation\n0 %\np/st\n31.12.2022\n0.7567\nex 8505 11 00\n53\nPermanent magnets of a neodymium alloy cylindrical shaped with notch with internal threaded bore on one side, with:\na length of 97,5 mm or more, but not more than 225 mm,\na diameter of 19 mm or more, but not more than 25 mm\n0 %\n—\n31.12.2023\n0.6857\nex 8505 11 00\nex 8505 19 90\n55\n40\nFlat bars of an alloy of samarium and cobalt with:\na length of 30,4 mm (± 0,05 mm),\na width of 12,5 mm (± 0,15 mm),\na thickness of 6,9 mm (± 0,05 mm), or\ncomposed of ferrites in the shape of a quarter sleeves with:\na length of 46 mm (± 0,75 mm),\na width of 29,7 mm (± 0,2 mm),\nintended to become permanent magnets after magnetisation, of a kind used in car starters and devices extending the drive range of electric cars\n0 %\np/st\n31.12.2020\n0.5585\nex 8505 11 00\n63\nRings, tubes, bushings or collars made from an alloy of neodymium, iron and boron, with:\nan external diameter of not more than 45 mm,\na height of not more than 45 mm,\nof a kind used in the manufacture of permanent magnets after magnetisation\n0 %\np/st\n31.12.2022\n0.3740\nex 8505 11 00\n65\nPermanent magnets consisting of an alloy of neodymium, iron and boron, either in the shape of a rectangle, whether or not rounded, with a rectangular or a trapezoidal section having:\na length of not more than 140 mm,\na width of not more than 90 mm, and\na thickness of not more than 55 mm,\nor in the shape of curved rectangle (tile type) having:\na length of not more than 75 mm,\na width of not more than 40 mm,\na thickness of not more than 7 mm, and\na radius of curvature of more than 86 mm but not more than 241 mm,\nor in the shape of a disc with a diameter of not more than 90 mm, whether or not containing a hole in the centre\n0 %\np/st\n31.12.2023\n0.7788\nex 8505 11 00\n68\nBlocks made of neodymium, iron and boron, whether or not covered with zinc or an alloy of samarium and cobalt with:\na length of 13,8 mm or more but not more than 45,2 mm,\na width of 7,8 mm or more but not more than 25,2 mm,\na height of 1,3 mm or more but not more than 4,7 mm,\nfor use in the manufacture of permanent magnets\n0 %\n—\n31.12.2024\n0.5948\nex 8505 11 00\n70\nDisc consisting of an alloy of neodymium, iron and boron, covered with nickel or zinc, that after magnetisation is intended to become a permanent magnet:\nwhether or not containing a hole in the centre,\nwith a diameter of not more than 90 mm,\nof a kind used in car loudspeakers\n0 %\n—\n31.12.2023\n0.6347\nex 8505 11 00\n75\nA quarter sleeve intended to become permanent magnet after magnetization:\nconsisting of at least neodymium, iron and boron,\nwith a width of 9,1 mm or more but not more than 10,5 mm,\nwith a length of 20 mm or more but not more than 30,1 mm,\nof a kind used on rotors for the manufacture of fuel pumps\n0 %\np/st\n31.12.2024\n0.7789\nex 8505 19 10\n20\nArc segments of permanent magnets of agglomerated ferrite, with:\na length of 16,8 mm or more, but not more than 110,2 mm,\na width of 14,8 mm or more, but not more than 75,2 mm,\na thickness of 4,8 mm or more, but not more than 13,2 mm,\nfor use in the manufacture of electromotor rotors for ventilation and air-conditioning systems\n0 %\n—\n31.12.2024\n0.5937\nex 8505 19 90\n30\nArticles of agglomerated ferrite in the shape of a disc with a diameter of not more than 120 mm, containing a hole in the centre intended to become permanent magnets after magnetisation with a remanence between 245 mT and 470 mT\n0 %\n—\n31.12.2023\n0.7299\nex 8505 19 90\n50\nArticle of agglomerated ferrite in the shape of a rectangular prism to become a permanent magnet after magnetisation:\nwhether or not with bevelled edges,\nof a length of 27 mm or more but not more than 32 mm (± 0,15 mm),\nof a width of 8,5 mm or more but not more than 9,5 mm (+ 0,05 mm / - 0,09 mm),\nof a thickness of 5,5 mm or more but not more than 5,8 mm (+ 0/‐ 0,2 mm), and\nof a weight of 6,1 g or more but not more than 8,3 g\n0 %\np/st\n31.12.2022\n0.7511\nex 8505 19 90\n60\nArticles of agglomerated ferrite in the shape of a half-sleeve or a quarter-sleeve, or with rounded corners, intended to become permanent magnets after magnetisation, with the following dimensions:\na length of 10 mm or more but not more than 100 mm (± 1 mm),\na width of 10 mm or more but not more than 100 mm (± 1 mm),\na thickness of 2 mm or more but not more than 15 mm (±0,15 mm)\n0 %\n—\n31.12.2023\n0.4029\nex 8505 20 00\n30\nElectromagnetic clutch, for use in the manufacture of compressors of air conditioning machines of motor vehicles\n0 %\np/st\n31.12.2023\n0.6855\nex 8506 50 10\n10\nLithium cylindrical primary cells with:\na diameter of 14,0 mm or more but not more than 26,0 mm,\na length of 2,2 mm or more but not more than 51 mm,\na voltage of 1,5 V or more, but not more than 3,6 V,\na capacity of 0,15 Ah or more, but not more than 5,00 Ah,\nfor use in the manufacture of telemetry and medical devices, electronic meters or remote controls\n0 %\n—\n31.12.2021\n0.7416\nex 8506 50 30\n10\nLithium manganese dioxide cell, with:\na diameter of 20 mm or more but not more than 25 mm,\na length of 3 mm or more but not more than 6 mm,\na voltage of 3 V or more but not more than 3,4 V,\na capacity of 200 mAh or more but not more than 600 mAh,\nan automotive test temperature range from -40 °C to +125 °C,\nfor use as a component within the manufacture of Tyre Pressure Measuring Systems (TPMS)\n0 %\n—\n31.12.2022\n0.2490\nex 8506 50 90\n10\nLithium iodine single cell battery the dimensions of which do not exceed 9 mm × 23 mm × 45 mm and a voltage of not more than 2,8 V\n0 %\n—\n31.12.2023\n0.2488\nex 8506 50 90\n30\nLithium-iodine or lithium-silver vanadium oxide single cell battery of dimensions of not more than 28 mm × 45 mm × 15 mm and a capacity of not less than 1,05 Ah\n0 %\n—\n31.12.2023\n0.5180\nex 8506 90 00\n10\nCathode, in rolls, for air zinc button cell batteries (hearing aid batteries)\n0 %\n—\n31.12.2023\n0.7641\nex 8507 60 00\n13\nPrismatic lithium-ion electric accumulators with:\na width of 173,0 mm (± 0,3 mm),\na thickness of 45,0 mm (± 0,3 mm),\na height 125,0 mm (± 0,3 mm),\na nominal voltage of 3,67 V (± 0,01 V), and\na nominal capacity of 94 Ah and/or 120 Ah,\nfor use in the manufacture of rechargeable electric vehicle batteries\n1,3 %\n—\n31.12.2020\n0.6685\nex 8507 60 00\n15\nCylindrical lithium-ion-accumulators or modules with:\na nominal capacity of 8,8 Ah or more, but not more than 18 Ah,\na nominal voltage of 36 V or more, but not more than 48 V,\na power of 300 Wh or more, but not more than 648 Wh,\nfor use in the manufacture of electric bicycles\n1,3 %\n—\n31.12.2020\n0.6625\nex 8507 60 00\n17\nLithium-ion starter accumulator, consisting of four rechargeable lithium-ion secondary cells, with:\na rated voltage of 12 V,\na length of 350 mm or more but not more than 355 mm,\na width of 170 mm or more but not more than 180 mm,\na height of 180 mm or more but not more than 195 mm,\nweighing 10 kg or more but not more than 15 kg,\na nominal charge of 60 Ah or more, but not more than 80 Ah\n0 %\n—\n31.12.2020\n0.7663\nex 8507 60 00\n18\nLithium-ion polymer accumulator equipped with a battery management system and can-bus interface with:\na length of not more than 1600 mm,\na width of not more than 448 mm,\na height of not more than 395 mm,\na weight of 125 kg or more but not more than 135 kg,\na nominal voltage of 280 V or more but not more than 400 V,\na nominal capacity of 9,7 Ah or more but not more than 10,35 Ah,\na charging voltage of 110 V or more but not more than 230 V, and\ncontaining 6 modules with 90 cells or more but not more than 96 cells enclosed in a steel casing,\nfor use in the manufacture of vehicle capable of being charged by plugging to external source of electric power of heading 8703\n1,3 %\n—\n31.12.2020\n0.7717\nex 8507 60 00\n22\nIntegrated battery system in a metal case with holders, consisting of:\na lithium-ion battery with voltage of 48 V (± 5 V) and capacity of 0,44 kWh (± 0,05 kWh),\nBattery Management System,\na relay,\na low voltage converter (DC/DC),\nat least one connector,\nfor use in the manufacture of hybrid motor vehicles\n1,3 %\n—\n31.12.2020\n0.6697\nex 8507 60 00\n27\nLithium-ion cylindrical accumulator with:\na nominal capacity of 10 Ah or more, but not more than 20 Ah,\na nominal voltage of 12,8 V (± 0.05) or more, but not more than 15,2 V (± 0,05 ),\na power of 128 Wh or more, but not more than 256 Wh,\nfor use in the manufacture of electric bicycle drives\n0 %\n—\n31.12.2020\n0.2907\nex 8507 60 00\n30\nCylindrical lithium-ion accumulator or module, with a length of 63 mm or more and a diameter of 17,2 mm or more, having a nominal capacity of 1 200 mAh or more, for use in the manufacture of rechargeable batteries\n1,3 %\n—\n31.12.2020\n0.6703\nex 8507 60 00\n33\nLithium-ion accumulator, with:\na length of 150 mm or more, but not more than 1 000 mm,\na width of 100 mm or more, but not more than 1 000 mm,\na height of 200 mm or more, but not more than 1 500 mm,\na weight of 75 kg or more, but not more than 200 kg,\na nominal capacity of 150 Ah or more, but not more than 500 Ah,\na nominal output voltage of 230 V AC (Line to neutral) or a nominal voltage of 64 V (± 10 %)\n1,3 %\n—\n31.12.2020\n0.6702\nex 8507 60 00\n37\nLithium-ion accumulator, with:\na length of 1 200 mm or more, but not more than 2 000 mm,\na width of 800 mm or more, but not more than 1 300 mm,\na height of 2 000 mm or more, but not more than 2 800 mm,\na weight of 1 800 kg or more, but not more than 3 000 kg,\na nominal capacity of 2 800 Ah or more, but not more than 7 200 Ah\n1,3 %\n—\n31.12.2020\n0.5548\nex 8507 60 00\n50\nModules for the assembly of batteries of ion lithium electric accumulators with:\na length of 298 mm or more, but not more than 500 mm,\na width of 33,5 mm or more, but not more than 209 mm,\na height of 75 mm or more, but not more than 228 mm,\na weight of 3,6 kg or more, but not more than 17 kg, and\na nominal energy of 458 Wh or more, but not more than 2 158 Wh\n1,3 %\n—\n31.12.2020\n0.5342\nex 8507 60 00\n65\nCylindrical lithium ion cell with:\n3,5 VDC to 3,8 VDC,\n300 mAh to 900 mAh, and\na diameter of 10,0 mm to 14,5 mm\n1,3 %\n—\n31.12.2021\n0.7888\nex 8507 60 00\n68\nLithium-ion accumulator in a metal housing with:\na length of 173 mm or more but not more than 175 mm,\na width of 41,5 mm or more but not more than 43 mm,\na height of 85 mm or more but not more than 103 mm,\na nominal voltage of 3,6 V or more but not more than 3,75 V, and\na nominal capacity of 93 Ah or more but not more than 94 Ah\n1,3 %\n—\n31.12.2024\n0.6753\nex 8507 60 00\n77\nLithium-ion rechargeable batteries, with:\na length of 700 mm or more, but not more than 2 820 mm,\na width of 935 mm or more, but not more than 1 660 mm,\na height of 85 mm or more, but not more than 700 mm,\na weight of 250 kg or more, but not more than 700 kg,\na power of not more than 175 kWh,\na nominal voltage of 400 V\n1,3 %\n—\n31.12.2020\n0.5356\nex 8507 60 00\n75\nRectangular lithium-ion-accumulator with:\na metal casing,\na length of 173 mm (± 0,15 mm),\na width of 21 mm (± 0,1 mm),\na height of 91 mm (± 0,15 mm),\na nominal voltage of 3,3 V, and\na nominal capacity of 21 Ah or more\n0 %\n—\n31.12.2021\n0.4973\nex 8507 60 00\n85\nLithium-ion modules for incorporation in lithium-ion rechargeable batteries:\nof a length of 300 mm or more, but not more than 350 mm,\nof a width of 79,8 mm or more, but not more than 225 mm,\nof a height of 35 mm or more, but not more than 168 mm,\nof a weight of 3,95 kg or more, but not more than 8,85 kg,\nwith a rating of 66,6 Ah or more, but not more than 129 Ah\n1,3 %\n—\n31.12.2020\n0.7697\nex 8507 90 30\n20\nSafety Reinforced Separator designed to separate cathode and anode in lithium-ion electric accumulators for motor vehicle batteries for use in the manufacture of lithium-ion electric accumulators for motor vehicle batteries\n1,3 %\n—\n31.12.2020\n0.5313\nex 8507 90 80\n70\nCut plate of nickel-plated copper foil, with:\na width of 70 mm (± 5 mm),\na thickness of 0,4 mm (± 0,2 mm),\na length of not more than 55 mm,\nfor use in the manufacture of lithium-ion electric rechargeable batteries\n0 %\np/st\n31.12.2021\n0.5012\nex 8508 70 00\nex 8537 10 98\n10\n96\nPrinted circuit board without a housing for actuating and controlling vacuum cleaner brushes powered by a motor with an output of not more than 300 W\n0 %\np/st\n31.12.2020\n0.5014\nex 8508 70 00\nex 8537 10 98\n20\n98\nElectronic circuit cards that:\nare connected by wire or radio frequency to each other and the motor controller card, and\nregulate the functioning (switching on or off and suction capacity) of vacuum cleaners according to a stored program,\nwhether or not fitted with indicators that display the functioning of the vacuum cleaner (suction capacity and/or dust bag full and/or filter full)\n0 %\np/st\n31.12.2020\n0.6304\nex 8511 30 00\n30\nIgniter integrated coil assembly with:\nan igniter,\na coil on plug assembly with an integrated mounting bracket,\na housing,\na length of 90 mm or more but not more than 200 mm (± 5 mm),\nan operating temperature of - 40 °C or more but not more than 130 °C,\na voltage of 10,5 V or more, but not more than 16 V\n0 %\np/st\n31.12.2024\n0.7024\nex 8511 30 00\n55\nIgnition coil:\nwith a length of 50 mm or more, but not more than 200 mm,\nwith an operating temperature of - 40 °C or more, but not more than 140 °C, and\nwith a voltage of 9 V or more, but not more than 16 V,\nwith or without connection cable,\nfor use in the manufacture of engines of motor vehicles\n0 %\n—\n31.12.2021\n0.7025\nex 8511 80 00\n20\nGlow-plug for pre-heating of the diesel engines with:\nan operating temperature of more than 800 °C,\na voltage of 5 V or more, but not more than 16 V,\na heating rod containing silicon nitride (Si 3 N 4 ) and molybdenum disilicide (MoSi 2 ), and\na metal housing,\nfor use in the manufacture of diesel engines of motor vehicles\n0 %\n—\n31.12.2021\n0.6562\nex 8512 20 00\n20\nInformation screen displaying at least time, date and status of safety features in a vehicle with an operating voltage of 12 V or more, but not more than 14,4 V, of a kind used in the manufacturing of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6856\nex 8512 20 00\n30\nLighting module, containing at least:\ntwo LEDs,\nglass or plastic lenses, focusing/scattering the light emitted by the LEDs,\nreflectors redirecting the light emitted by the LEDs,\nin an aluminium housing with a radiator, mounted at a bracket with an actuator\n0 %\np/st\n31.12.2020\n0.6503\nex 8512 20 00\n40\nFog lamp with a galvanised inner surface, containing:\na plastic holder with three or more brackets,\none or more 12 V bulbs,\na connector,\na plastic cover,\nwhether or not with a connection cable,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6504\nex 8512 30 90\n10\nHorn assembly operating on piezomechanical principle for generating a specific sound signal, with a voltage of 12 V, comprising:\ncoil,\nmagnet,\nmetal membrane,\nconnector,\nHolder,\nof a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6863\nex 8512 30 90\n20\nWarning buzzer for parking sensor system in a plastic casing operating on the piezo-mechanic principle, containing:\na printed circuit board,\na connector,\nwhether or not a metal holder,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2020\n0.7361\nex 8512 30 90\n30\nSound alarm device for protection against burglary into the vehicle:\nwith an operating temperature of - 45 °C or more, but not more than + 95 °C,\nwith a voltage of 9 V or more but not more than 16 V,\nin a plastic housing,\nwhether or not with a metal holder,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\n0.5983\nex 8512 40 00\nex 8516 80 20\n10\n20\nCar door mirror heating foil:\nwith two electrical contacts,\nwith an adhesive layer on both sides (on the side of the plastic holder of the mirror and on the side of the mirror glass),\nwith a protective paper film on both sides\n0 %\n—\n31.12.2023\n0.6522\nex 8514 20 80\nex 8516 50 00\nex 8516 60 80\n10\n10\n10\nCavity assembly comprising at least:\na transformer with an input of not more than 240 V and an output of not more than 3 000 W,\nan AC or DC fan motor with an output of not more than 42 watts,\na housing made of stainless steel,\nwith or without a magnetron of a microwave output power of not more than 900 W,\nfor use in the manufacture of built-in products of subheadings 8514 2080, 8516 5000 and 8516 6080\n0 %\np/st\n31.12.2024\n0.4732\nex 8516 90 00\n60\nVentilation sub-assembly of an electric deep-fat fryer:\nfitted with a motor having a power rating of 8 W at 4 600 rpm,\ngoverned by an electronic circuit,\noperating at ambient temperatures above 110 °C,\nfitted with a thermoregulator\n0 %\np/st\n31.12.2024\n0.5845\nex 8516 90 00\n70\nInner pot:\ncontaining side and central openings,\nof annealed aluminium,\nwith a ceramic coating, heat resistant to more than 200 °C,\nfor use in the manufacture of an electric fryer\n0 %\np/st\n31.12.2022\n0.6521\nex 8516 90 00\n80\nDoor assembly incorporating a capacitive sealing element and wavelength choke for use in the manufacture of built-in products of subheadings 8514 20 80 , 8516 50 00 and 8516 60 80\n0 %\np/st\n31.12.2024\n0.4733\nex 8521 90 00\n20\nDigital video recorder:\nwithout a hard disk drive,\nwith or without a DVD-RW drive,\nwith either motion detection or capability of motion detection through IP connectivity via LAN connector,\nwith or without a USB serial port,\nfor use in the manufacture of closed-circuit television (CCTV) surveillance systems\n0 %\n—\n31.12.2024\n0.3108\nex 8525 80 19\nex 8525 80 91\n31\n10\nCamera:\nof a weight of not more than 5,9 kg,\nwithout a housing,\nof dimensions of not more than 405 mm × 315 mm,\nwith a single Charge-Couple-Device (CCD) or Complementary Metal Oxide Semiconductor (CMOS) sensor,\nwith effective pixels of not more than 5 megapixels,\nfor use in closed circuit television (CCTV) surveillance systems or in appliances for eye-checks\n0 %\n—\n31.12.2023\n0.4735\nex 8525 80 19\n60\nImage scanning cameras, using:\na 'Dynamic'- or 'Static overlay lines' system,\nan output NTSC video signal,\na voltage of 6,5 V or more,\nan illuminance of 0,5 lux or more\n0 %\n—\n31.12.2024\n0.6694\nex 8525 80 19\n65\nCameras using MIPI electrical interface with:\nan image sensor,\nan objective (lens),\na colour processor,\na flexible printed circuit board or a printed circuit board,\nwhether or not capable of receiving audio signals,\na module dimension of not more than 15 mm x 15 mm x 15 mm,\na resolution of 2 mega pixel or more (1616*1232 pixels and higher),\nwhether or not wired, and\na housing,\nfor use in the manufacture of products falling within subheading 8517 12 00 or 8471 30 00\n0 %\n—\n31.12.2020\n0.4734\nex 8525 80 19\n70\nLong wavelength infrared camera (LWIR camera) (according to ISO/TS 16949), with:\na sensitivity in the wavelength area of 7,5 μm or more, but not more than 17 μm,\na resolution of up to 640 × 512 pixels,\na weight of not more than 400 g,\nmeasurements of not more than 70 mm × 86 mm × 82 mm,\nwhether or not in a housing,\nwith automotive- qualified plug, and\na deviation of the output signal over the entire work temperature range of not more than 20 %\n0 %\n—\n31.12.2024\n0.6316\nex 8528 59 00\n20\nLiquid crystal display colour video monitor assembly mounted on a frame,\nexcluding those combined with other apparatus,\ncomprising touch screen facilities, a printed circuit board with drive circuitry and power supply,\nused for permanent incorporation or permanent mounting into entertainment systems for vehicles\n0 %\n—\n31.12.2024\n0.7715\nex 8528 59 00\n30\nElectronic device with LCD touch screen display powered by a voltage of 12 V or more but not more than 14,4 V, containing:\na LCD control processor,\na GPS module,\na Bluetooth module,\nan USB port,\na radio signal tuner,\nwhether or not containing DAB module,\nwhether or not containing functions for cooperation with E-CALL,\nwhether or not containing an integrated control panel,\nwhether or not containing connectors,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2024\n0.6689\nex 8529 90 65\n28\nElectronic assembly comprising a printed circuit board with at least:\nprocessors for multi-media applications and video signal processing,\nFPGA (Field Programmable Gate Array),\nflash memory,\noperating memory,\nwith or without USB, HDMI, VGA- and RJ-45 interfaces,\nsockets and plugs for connecting an LCD-display, an LED lighting and a control panel\n0 %\np/st\n31.12.2020\n0.2434\nex 8529 90 65\nex 8548 90 90\n30\n44\nParts of TV-apparatus, having micro-processor and video-processor functions, comprising at least a micro-controller and a video-processor, mounted on a leadframe and contained in a plastic housing\n0 %\np/st\n31.12.2023\n0.4140\nex 8529 90 65\n50\nTuner transforming high-frequency signals into mid-frequency signals, for use in the manufacture of products falling under heading 8528\n0 %\np/st\n31.12.2021\n0.4893\nex 8529 90 65\nex 8529 90 92\n65\n53\nPrinted circuit board for distributing supply voltage and control signals directly to a control circuit on a TFT glass panel of a LCD module\n0 %\np/st\n31.12.2020\n0.4305\nex 8529 90 65\n75\nModules comprising at least semiconductor chips for:\nthe generation of driving signals for pixel addressing, or\ndriving addressing pixels\n0 %\np/st\n31.12.2022\n0.3966\nex 8529 90 92\nex 8548 90 90\n15\n60\nLCD modules:\nsolely consisting of one or more TFT glass or plastic cells,\nnot combined with touch screen facilities,\nwith one or more printed circuits boards with control electronics for pixel addressing only,\nwith or without backlight unit, and\nwith or without inverters\n0 %\np/st\n31.12.2023\n0.4890\nex 8529 90 92\n25\nLCD modules, not combined with touch screen facilities, solely consisting of:\none or more TFT glass or plastic cells,\na die cast heat sink,\na backlight unit,\none printed circuit board with micro controller, and\nLVDS (Low Voltage Differential Signalling) interface,\nfor use in the manufacture of radios for motor vehicles\n0 %\np/st\n31.12.2020\n0.7369\nex 8529 90 92\n33\nLCD modules combined with touch screen facilities:\nsolely consisting of one or more TFT cells,\nwith a diagonal measurement of the screen of 10,7 cm or more but not more than 36 cm,\nwith or without LED backlight,\nwith control electronics for pixel addressing only,\nwithout an EPROM memory (Erasable Programmable Read-only Memory),\nwith digital RGB Interface (Red, Green, Blue Interface), Touch-Screen Interface,\nused solely for installation in motor vehicles of Chapter 87\n0 %\n—\n31.12.2022\n0.6654\nex 8529 90 92\n37\nFastening and covering ledges of aluminium alloy containing:\nsilicon and magnesium,\nwith a length of 300 mm or more but not more than 2 200 mm,\nspecifically shaped for use in the manufacture of TV sets\n0 %\n—\n31.12.2020\n0.2425\nex 8529 90 92\n42\nAluminium heat sinks and cooling fins, for maintaining the operating temperature of transistors and integrated circuits, for use in the manufacture of products falling within heading 8527 or 8528\n0 %\np/st\n31.12.2023\n0.3198\nex 8529 90 92\n43\nPlasma display module incorporating only address and display electrodes, with or without driver and/or control electronics for pixel address only and with or without a power supply\n0 %\np/st\n31.12.2023\n0.4030\nex 8529 90 92\n45\nIntegrated circuit package with TV reception functionality containing a channel decoder die, tuner die, power management die, GSM filters and discrete as well as embedded passive circuit elements for reception of digitally broadcasting videosignals of DVB-T and DVB-H formats\n0 %\np/st\n31.12.2023\n0.4609\nex 8529 90 92\n47\nArea image sensors ('progressive scan' Interline CCD-Sensor or CMOS-Sensor) for digital video cameras in the form of analogue or digital, monolithic integrated circuit with pixels of not more than 12 μm × 12 μm in monochromic version with microlenses applied to each individual pixel (microlens array) or in polychromic version with a colour filter, whether or not with a lenslet (micro lens) array with one lenslet mounted on each individual pixel\n0 %\np/st\n31.12.2024\n0.4616\nex 8529 90 92\nex 8536 69 90\n49\n83\nAC socket with a noise filter, composed of:\nAC socket (for power cord connection) of 230 V,\nintegrated noise filter composed of capacitors and inductors,\ncable connector for connecting an AC socket with the PDP (Plasma display panel) power supply unit,\nwhether or not equipped with a metal support, which joins the AC socket to the PDP TV set\n0 %\np/st\n31.12.2024\n0.7489\nex 8529 90 92\n51\nOLED modules, consisting of one or more TFT glass or plastic cells:\na diagonal measurement of the screen of 121 cm or more, but not more than 224 cm,\nwith a thickness of not more than 55mm,\ncontaining organic material,\nwith control electronic for pixel addressing only,\nwith V-by-One Interface and with or without a plug for power supply,\nwith or without back cover,\nof a kind used in the manufacture of TV sets and monitors\n0 %\n—\n31.12.2023\n0.6343\nex 8529 90 92\n55\nOLED modules, consisting of:\none or more TFT glass or plastic cells, containing organic material,\nwith or without combined touch screen facilities, and\none or more printed circuit boards with control electronics for pixel addressing,\nfor use in the manufacture of TV sets and monitors or for use in the manufacture of vehicles of Chapter 87\n0 %\np/st\n31.12.2024\n0.5187\nex 8529 90 92\n57\nMetal holder, metal fixing item or internal stiffener of metal, for use in the manufacture of televisions, monitors and video players\n0 %\np/st\n31.12.2021\n0.6629\nex 8529 90 92\n63\nLCD module:\nwith a diagonal measurement of the screen of 14,5 cm or more but not more than 38,5 cm,\nwith or without a touch screen,\nwith an LED backlight,\nwith a printed circuit board with EEPROM, microcontroller, LVDS receiver and other active and passive components,\nwith a plug for power supply and CAN and LVDS interfaces,\nwith or without electronic components for dynamic adjustments of colour,\nin a housing, with or without mechanical, touch‐sensitive or contactless control functions and with or without active cooling system,\nsuitable for installation in motor vehicles of Chapter 87\n0 %\np/st\n31.12.2020\n0.5018\nex 8529 90 92\n67\nColour LCD display panel for LCD monitors of heading 8528:\nwith a diagonal measurement of the screen of 14,48 cm or more but not more than 31,24 cm,\nwith or without a touch screen,\nwith backlight, micro-controller,\nwith a CAN (Controller area network)-controller with one or more LVDS (Low-voltage differential signalling) interfaces and one or more CAN/power supply sockets or with an APIX (Automotive Pixel Link) controller with APIX interface,\nin a housing with or without a heat sink at the back of the housing,\nwithout a signal-processing module,\nwhether or not with haptic and acoustical feedback,\nfor use in the manufacture of vehicles of Chapter 87\n0 %\np/st\n31.12.2020\n0.5788\nex 8529 90 92\n70\nRectangular fastening and covering frame:\nof an aluminium alloy containing silicon and magnesium,\nwith a length of 500 mm or more but not more than 2 200 mm,\nwith a width of 300 mm or more but not more than 1 500 mm,\nof a kind used for the production of TV sets\n0 %\np/st\n31.12.2022\n0.6781\nex 8529 90 92\n85\nColour LCD module in a housing:\nwith a diagonal screen measurement of 14,48 cm or more but not more than 26 cm,\nwithout touch screen,\nwith a backlight and micro-controller,\nwith a CAN (Controller Area Network) controller, an LVDS (Low-Voltage Differential Signalling) interface and a CAN/power connector,\nwithout a signal processing module,\nwith control electronics for pixel addressing only,\nwith a motorised mechanism for moving the display screen,\nfor permanent installation in vehicles of Chapter 87\n0 %\np/st\n31.12.2020\n0.4856\nex 8535 90 00\n30\nSemiconductor module switch in a casing:\nconsisting of an IGBT transistor chip and a diode chip on one or more lead frames,\nfor a voltage of 600 V or 1 200 V\n0 %\np/st\n31.12.2020\n0.7048\nex 8536 41 10\n20\nPhotoelectric (so called photovoltaic) relay consisting of a GaAlAs light-emitting diode, a galvanically isolated input circuit with a photovoltaic generator and a power MOSFET output switch in a casing with connections for a voltage of 60 volts or less and a current of 2 amps or less\n0 %\n—\n31.12.2021\n0.6180\nex 8536 41 90\n40\nPower relay with:\nelectromechanical and/or electromagnetical switching function,\na load current of 3 A or more but not more than 16 A,\na coil voltage of 5 V or more but not more than 24 V, and\na distance between the connector pins of the load circuit not more than 15,6 mm\n0 %\np/st\n31.12.2024\n0.7049\nex 8536 41 90\n50\nPhotoelectric (so called photovoltaic) relay consisting of a GaAlAs light-emitting diode, a galvanically isolated input circuit with one or two photovoltaic generators and two power MOSFET output switches in a casing with connections for a maximum voltage of 60 volts and a minimum current of 2 amps\n0 %\n—\n31.12.2021\n0.7052\nex 8536 49 00\n40\nPhotoelectric (so called photovoltaic) relay consisting of two GaAlAs light-emitting diodes, two galvanically isolated input circuits with photovoltaic generator(s) and four power MOSFET output switches in a casing with connections for a voltage of more than 60 volts\n0 %\n—\n31.12.2021\n0.7796\nex 8536 49 00\n50\nRelay with:\na contact current carrying capacity of 5 A or more but not more than 15 A,\na nominal voltage of 80 V or more but not more than 270 V, and\nouter dimensions of 19 mm x 15,2 mm x 15,5 mm,\nfor use in the manufacture of control boards for household appliances\n0 %\n—\n31.12.2024\n0.5795\nex 8536 69 90\n51\nSCART type connectors, built into a plastic or metal housing, with 21 pins in 2 rows, for use in the manufacture of products falling within headings 8521 and 8528\n0 %\np/st\n31.12.2022\n0.6849\nex 8536 69 90\n60\nElectrical sockets and plugs with a length of not more than 12,7 mm or a diameter of not more than 10,8 mm, for use in the production of hearing aids and speech processors\n0 %\np/st\n31.12.2020\n0.4614\nex 8536 69 90\n82\nModular socket or plug for local area networks, whether or not combined with other sockets, integrating at least:\na pulse transformer, including a wide-band ferrite core,\na common mode coil,\na resistor,\na capacitor,\nfor use in the manufacture of products falling within headings 8521 or 8528\n0 %\np/st\n31.12.2024\n0.5028\nex 8536 69 90\n84\nUniversal serial bus (USB) socket or plug in a single or multiple form for connecting with other USB devices, for use in the manufacture of goods falling within headings 8521 or 8528\n0 %\np/st\n31.12.2020\n0.5318\nex 8536 69 90\n85\nSocket or plug, built into a plastic or metal housing, with no more than 96 pins, for use in the manufacture of products falling within headings 8521 or 8528\n0 %\np/st\n31.12.2021\n0.5316\nex 8536 69 90\n86\nHigh-Definition Multimedia Interface (HDMI) type socket or plug, built into a plastic or metal housing, with 19 pins or 20 pins in 2 rows, for use in the manufacture of products falling within headings 8521 or 8528\n0 %\np/st\n31.12.2021\n0.5181\nex 8536 70 00\n10\nOptical socket, plug or connector, for use in the manufacture of goods falling within headings 8521 or 8528\n0 %\np/st\n31.12.2021\n0.7873\nex 8537 10 91\n20\nElectronic assembly containing:\na microprocessor,\na programmable memory controller and other electronic components mounted on a printed circuit,\nwith or without light-emitting diode (LED) or liquid crystal display (LCD) indicators,\nfor use in the manufacture of products of Subheadings 8418 21 , 8418 29 , 8421 12 , 8422 11 , 8450 11 , 8450 12 , 8450 19 , 8451 21 , 8451 29 and 8516 60\n0 %\n—\n31.12.2024\n0.6864\nex 8537 10 91\n50\nFuse control module in a plastic housing with mounting brackets comprising:\nsockets with or without fuses,\nconnecting ports,\na printed circuit board with embedded microprocessor, micro switch and relay,\nof a kind used in the manufacture of goods of chapter 87\n0 %\np/st\n31.12.2020\n0.7627\nex 8537 10 91\n57\nProgrammable memory control board with:\n4 or more stepper motor drivers,\n4 or more outputs with MOSFET transistors,\na main processor,\n3 or more inputs for temperature sensors,\nfor a voltage of 10 V or more but not more than 30 V,\nfor use in the manufacture of 3D printers\n0 %\n—\n31.12.2023\n0.7609\nex 8537 10 91\n59\nElectronic control units for controlling inter axle torque transferring in all-wheel drive vehicles including:\na printed circuit board with programmable memory controller,\none single connector, and\nworking at 12 V\n0 %\n—\n31.12.2023\n0.6163\nex 8537 10 91\nex 8537 10 98\n60\n45\nElectronic control units, manufactured according to class 2 of IPC-A-610E standard, with at least:\nan AC power input of 208 V or more but not more than 400 V,\na logic power input of 24 V DC,\nan automatic circuit breaker,\na main power switch,\ninternal or external electrical connectors and cables,\nin a housing with dimension of 281 mm x 180 mm x 75 mm or more, but not more than 630 mm x 420 mm x 230 mm,\nof a kind used for manufacturing recycling or sorting machines\n0 %\np/st\n31.12.2023\n0.7610\nex 8537 10 91\n63\nElectronic control units able to control automatic continuous variable transmission for passenger vehicles including:\na printed circuit board with programmable memory controller,\na metallic housing,\none single connector,\nworking at 12 V\n0 %\n—\n31.12.2023\n0.7360\nex 8537 10 91\n65\nElectronic control unit for optimal engine performance:\nwith a programmable memory,\nwith a voltage of 8 V or more but not more than 16 V,\nwith at least one composite connector,\nin a metal housing,\nwhether or not with metal holders,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\n0.7660\nex 8537 10 91\n67\nElectronic Engine Control Unit (ECU) with:\na printed circuit board (PCB),\n12 Volts voltage,\nreprogrammable,\na micro-processor that can control, evaluate and manage support service functions in cars (injection and ignition advance values of fuel, fuel and air flow rate),\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2023\n0.7251\nex 8537 10 91\n70\nProgrammable motor memory controller for a voltage not exceeding 1 000 V, comprising at least:\na printed circuit with active and passive components,\nan aluminium housing, and\nmultiple connectors\n0 %\np/st\n31.12.2022\n0.6140\nex 8537 10 98\n30\nMotor bridge ICs without programmable memory consisting of:\none or more integrated circuits, not interconnected, on separate lead frames,\nalso with discrete Metal Oxide Field Effect Transistors (MOSFET) for controlling DC motors in cars,\nmounted in a plastic housing\n0 %\np/st\n31.12.2023\n0.6889\nex 8537 10 98\n35\nElectronic control unit without memory, for a voltage of 12 V, for information exchange systems in vehicles (for connection of audio, telephony, navigation, camera and wireless car service) containing:\n2 rotary knobs,\n27 or more pushbuttons,\nLED lights,\n2 integrated circuits for receiving and sending of control signals via the LIN-bus\n0 %\np/st\n31.12.2020\n0.6508\nex 8537 10 98\n40\nElectronic control unit for monitoring car vehicle tyre pressure comprising plastic box with printed circuit board inside and with or without metal holder, of:\na length of 50 mm or more, but not more than 120 mm,\na width of 20 mm or more but not more than 40 mm,\na height of 30 mm or more, but not more than 120 mm,\nof a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6507\nex 8537 10 98\n50\nElectronic control unit BCM (Body Control Module) comprising:\nplastic box with printed circuit board and metal holder,\nwith voltage of 9V or more, but not more than 16V,\nable to control, evaluate and manage functions of assisting services in an automobile, at least wiper timing, window heating, interior lighting, seat belt reminder,\nof a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6520\nex 8537 10 98\n60\nElectronic assembly consisting of:\na microprocessor,\nlight-emitting diode (LED) or liquid crystal display (LCD) indicators,\nelectronic components mounted on a printed circuit,\nfor use in the manufacture of built-in products of subheadings 8514 20 80 , 8516 50 00 and 8516 60 80\n0 %\np/st\n31.12.2024\n0.7194\nex 8537 10 98\n65\nLever for control module under the steering wheel:\nwith one or more single or multi-positional electrical switches (push-button, rotary or other),\nwhether or not equipped with printed circuit boards and electrical cables,\nfor a voltage of 9 V or more but not more than 16 V,\nof a kind used in the manufacture of motor vehicles of Chapter 87\n0 %\np/st\n31.12.2021\n0.7171\nex 8537 10 98\n75\nControl unit for keyless access to vehicle and vehicle starting, with electrical switching apparatus, in a plastic housing, for a voltage of 12 V, whether or not with:\nan antenna,\na connector,\na metal holder,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.3663\nex 8537 10 98\n93\nElectronic control units for a voltage of 12 V, for use in the manufacture of vehicle mounted temperature control systems\n0 %\np/st\n31.12.2023\n0.6866\nex 8538 90 91\nex 8538 90 99\n20\n50\nInterior antenna for a car door locking system, comprising:\nan antenna module in a plastic housing,\na connection cable with a plug,\nat least two mounting brackets,\nwhether or not PCB including integrated circuits, diodes and transistors,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2020\n0.6397\nex 8538 90 99\nex 8547 20 00\n30\n10\nPolycarbonate or acrylonitrile butadiene styrene covers and cases for steering pad switches whether or not coated on the outside with a scratch resistant paint\n0 %\np/st\n31.12.2024\n0.6399\nex 8538 90 99\n40\nPolycarbonate control interface buttons for steering pad switches coated on the outside with scratch resistant paint, in immediate packages of 500 pieces or more\n0 %\np/st\n31.12.2024\n0.7195\nex 8538 90 99\n60\nFront control panel, in the form of a plastic box, with light guides, rotary switches, pressure switches and buttons switches, or other type of switches, without any electrical component, of a kind used in the dashboard of motor vehicles of Chapter 87\n0 %\np/st\n31.12.2021\n0.5953\nex 8538 90 99\n95\nCopper base plate, containing more components than Insulated Gate Bipolar Transistor (IGBT) chips and diodes with a voltage of 650 V or more but not more than 1 200 V, for use as a heatsink in the manufacture of IGBT modules\n0 %\np/st\n31.12.2023\n0.2580\nex 8540 20 80\n91\nPhotomultiplier\n0 %\n—\n31.12.2021\n0.3959\nex 8540 71 00\n20\nContinuous wave magnetron with a fixed frequency of 2 460 MHz, packaged magnet, probe output, for use in the manufacture of products falling within subheading 8516 50 00\n0 %\n—\n31.12.2023\n0.3445\nex 8540 89 00\n91\nDisplays in the form of a tube consisting of a glass housing mounted on a board the dimensions of which do not exceed 300 mm × 350 mm excluding leads. The tube contains one or more rows of characters or lines arranged in rows, each character or line consisting of fluorescent or phosphorescent elements. These elements are mounted on a metallised base which is covered with fluorescent substances or phosphorescent salts which give off light when bombarded with electrons\n0 %\n—\n31.12.2023\n0.3443\nex 8540 89 00\n92\nVacuum fluorescent display tube\n0 %\n—\n31.12.2023\n0.7409\nex 8540 91 00\n20\nThermionic electron source (emitter point) of lanthanum hexaboride (CAS RN 12008-21-8) or cerium hexaboride (CAS RN 12008-02-5), in a metal housing with electric connectors having:\na graphite carbon shield mounted in a mini-Vogel type system,\nseparate pyrolytic carbon blocks used as heating elements, and\na cathode temperature of less than 1800 K at a filament current of 1,26 A\n0 %\n—\n31.12.2022\n0.7130\nex 8543 70 90\n15\nLaminated electrochromic film consisting of:\ntwo outer layers of polyester,\na middle layer of acrylic polymer and silicone, and\ntwo electric connection terminals\n0 %\n—\n31.12.2021\n0.2826\nex 8543 70 90\n30\nAmplifier, consisting of active and passive elements mounted on a printed circuit, contained in a housing\n0 %\np/st\n31.12.2023\n0.7055\nex 8543 70 90\n33\nHigh-frequency amplifier comprising one or more integrated circuits and one or more discrete capacitor chips, whether or not with IPD (integrated passive devices) on a metal flange in a housing\n0 %\n—\n31.12.2021\n0.7053\nex 8543 70 90\n34\nGallium nitride (GaN) high-frequency amplifier consisting of one or more discrete transistors, one or more discrete capacitor chips, whether or not with IPD (integrated passive devices) on a metal flange in a housing\n0 %\n—\n31.12.2021\n0.2822\nex 8543 70 90\n35\nRadio frequency (RF) modulator, operating with a frequency range of 43 MHz or more but not more than 870 MHz, capable of switching VHF and UHF signals, consisting of active and passive elements mounted on a printed circuit, contained in a housing\n0 %\np/st\n31.12.2023\n0.2590\nex 8543 70 90\n45\nPiezo-electric crystal oscillator with a fixed frequency, within a frequency range of 1,8 MHz to 67 MHz, contained in a housing\n0 %\np/st\n31.12.2023\n0.3131\nex 8543 70 90\n55\nOpto-electronic circuit comprising one or more light-emitting diodes (LEDs), whether or not equipped with an integrated driving circuit, and one photodiode with amplifier circuit, whether or not with an integrated logic gate arrays circuit or one or more light-emitting diodes and at least 2 photodiodes with an amplifier circuit, whether or not with an integrated logic gate arrays circuit or other integrated circuits, contained in a housing\n0 %\np/st\n31.12.2023\n0.2820\nex 8543 70 90\n80\nTemperature compensated oscillator, comprising a printed circuit on which are mounted at least a piezo-electric crystal and an adjustable capacitor, contained in a housing\n0 %\np/st\n31.12.2023\n0.2816\nex 8543 70 90\n85\nVoltage controlled oscillator (VCO), other than temperature compensated oscillators, consisting of active and passive elements mounted on a printed circuit, contained in a housing\n0 %\np/st\n31.12.2023\n0.4995\nex 8543 70 90\n95\nMobile telephone view and control module comprising of:\na mains power/ CAN (Controller area network) output socket,\na universal serial bus (USB) and audio IN/OUT ports and\nincorporating a video switching device for the interface of smart phone operating systems with the Media Orientated Systems Transport network (MOST),\nfor use in the manufacture of vehicles of Chapter 87\n0 %\np/st\n31.12.2020\n0.4464\nex 8544 20 00\nex 8544 42 90\nex 8544 49 93\n10\n20\n20\nPET/PVC insulated flexible cable with:\na voltage of not more than 60 V,\na current of not more than 1 A,\na heat resistance of not more than 105 °C,\nindividual wires of a thickness of not more than 0,1 mm (± 0,01 mm) and a width of not more than 0,8 mm (± 0,03 mm),\na distance between conductors of not more than 0,5 mm, and\na pitch (distance from centreline to centreline of conductors) of not more than 1,25 mm\n0 %\n—\n31.12.2023\n0.6709\nex 8544 20 00\n30\nAntenna connecting cable for the transmission of radio (AM/FM) signal and whether or not GPS signal, containing:\na coaxial cable,\ntwo or more connectors, and\n3 or more plastic clips for attachment to the dashboard,\nof a kind used in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2021\n0.6194\nex 8544 30 00\n30\nMulti-measurement wire harness of a voltage of 5V or more but not more than 90 V capable of measuring some or all of the following:\na travel speed of not more than 24 km/h,\na motor speed of not more than 4 500 rpm,\nhydraulic pressure of not more than 25 Mpa,\nmass of not more than 50 metric tonnes,\nfor use in the manufacture of vehicles of heading 8427\n0 %\np/st\n31.12.2023\n0.7006\nex 8544 30 00\n35\nWire harness:\nwith an operation voltage of 12V,\nwrapped in tape or covered in plastic convoluted tubing,\nwith 16 or more strands, with all terminals to be tin plated or equipped with connectors,\nfor use in the manufacture of all-terrain or utility task vehicles\n0 %\n—\n31.12.2021\n0.6377\nex 8544 30 00\nex 8544 42 90\n40\n40\nWire harness of the steering system with an operating voltage of 12 V, equipped with connectors on both sides, having at least 3 plastic anchor clamps for mounting on a motor vehicle steering box\n0 %\np/st\n31.12.2024\n0.7848\nex 8544 30 00\n45\nLinking seven-core cable for connecting sensor for pressure measure in intake manifold (Boost Pressure Sensor – BPS) and sockets for glow plugs with common connector, containing four sockets and two connectors for use in the manufacture of compression-ignition internal combustion piston engines for passenger cars\n0 %\n—\n31.12.2024\n0.7847\nex 8544 30 00\n55\nConnecting five-core cable with connectors for coupling the temperature sensor and the exhaust manifold pressure difference sensor to the common connector for use in the manufacture of compression-ignition internal combustion piston engines for passenger cars\n0 %\n—\n31.12.2024\n0.6710\nex 8544 30 00\nex 8544 42 90\n60\n50\nFour-core connecting cable containing two female connectors for the transmission of digital signals from navigation and audio systems to a USB connector, for use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2020\n0.6323\nex 8544 30 00\n70\nMulti-measurement wire harness:\nof a voltage of 5 V or more but not more than 90 V,\ncapable of transmitting information,\nfor use in the manufacture of vehicles of heading 8711\n0 %\np/st\n31.12.2024\n0.6867\nex 8544 30 00\n85\nExtension two-core cable with two connectors, containing at least:\na rubber grommet,\na metal attachment bracket,\nof a kind used to connect vehicle speed sensors in the manufacture of vehicles of Chapter 87\n0 %\np/st\n31.12.2020\n0.4980\nex 8544 42 90\n10\nData transmission cable capable of a bit rate transmission of 600 Mbit/s or more, with:\na voltage of 1,25 V (± 0,25 V),\nconnectors fitted at one or both ends, at least one of which contains pins with a pitch of 1 mm,\nouter screening shielding,\nused solely for communication between LCD, PDP or OLED panel and video processing electronic circuits\n0 %\np/st\n31.12.2023\n0.7545\nex 8544 42 90\n15\nPVC isolated flexible eight wire cable with:\na length of not more than 2 100 mm,\nan operating voltage of 5 V or more, but not more than 35 V,\na temperature resistance of not more than 80 °C,\neither an over-moulded 7 pin round 270° DIN male connector, a 6 pin A1101 male connector or a 8 pin A1001 male connector on one end, and\nat least two stripped and tinned wires on the other end,\nwhether or not with mounted rubber pad with integrated strain relief\n0 %\n—\n31.12.2023\n0.7538\nex 8544 42 90\n25\nPVC isolated flexible cable with:\na length of not more than 1 800 mm,\nan operating voltage of 5 V or more, but not more than 35 V,\na heat resistance of not more than 80 °C,\nan over-moulded 8 pin MiniFit male connector on one end,\neither a 6 pin MiniFit socket or two over-moulded AMP connectors on the other end,\na over-moulded resistor inside the connector, and\na moulded strain relief on the cable,\nwhether or not with a over-moulded diode inside a connector\n0 %\n—\n31.12.2023\n0.7544\nex 8544 42 90\n35\nPVC isolated flexible six or eight wire cable with:\na length of not more than 1 300 mm,\nan operating voltage of 5 V or more, but not more than 35 V,\na heat resistance of not more than 80 °C,\neither an over-moulded 8 pin MiniFit male connector or an over-moulded 6-pin DIN male connector on one end, and\neither an over-moulded 8 pin MiniFit socket or an 8 pin MicroFit male connector on the other end\n0 %\n—\n31.12.2023\n0.6853\nex 8544 42 90\n70\nElectric conductors:\nof a voltage of not more than 80 V,\nwith a length of not more than 120 cm,\nfitted with connectors,\nfor use in the manufacture of hearing aids, accessory kits and speech processors\n0 %\np/st\n31.12.2020\n0.7173\nex 8544 42 90\n80\n12-wire connecting cable containing two connectors\nof a voltage of 5 V,\nwith a length of not more than 300 mm,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.2424\nex 8544 49 93\n10\nElastomeric connector, of rubber or silicone, consisting of one or more conductor elements\n0 %\np/st\n31.12.2023\n0.6861\nex 8544 49 93\n30\nElectric conductors:\nof a voltage of not more than 80 V,\nof a platinum-iridium-alloy,\ncoated with poly(tetrafluoroethylene),\nwithout connectors,\nfor use in the manufacture of hearing aids, implants and speech processors\n0 %\nm\n31.12.2020\n0.5002\nex 8545 90 90\n40\nCorrosion resistant, layered technical fibre substrate of a gas diffuser layer with:\ncontrolled fibre length, flex strength, porosity, thermal conductance, electrical resistance,\na thickness of less than 600 μm,\na weight of less than 500 g/m 2\n0 %\nm 2\n31.12.2020\n0.5183\nex 8548 10 29\n10\nSpent lithium-ion or nickel metal hydride electric accumulators\n0 %\n—\n31.12.2023\n0.3144\nex 8548 90 90\n41\nUnit, consisting of a resonator operating within a frequency range of 1,8 MHz or more but not more than 40 MHz and a capacitor, contained in a housing\n0 %\np/st\n31.12.2023\n0.3193\nex 8548 90 90\n43\nContact image sensor\n0 %\np/st\n31.12.2023\n0.3763\nex 8548 90 90\n48\nOptical unit, containing at least:\na laser diode and a photodiode operating at a typical wavelength of 635 nm or more but not more than 815 nm,\nan optical lens,\na 'Recording Photodetector Integrated Circuit' (PDIC),\na focussing and tracking actuator\n0 %\np/st\n31.12.2021\n0.3965\nex 8548 90 90\n65\nLCD modules:\nsolely consisting of one or more TFT glass or plastic cells,\ncombined with touch screen facilities,\nwith one or more printed circuits boards with control electronics for pixel addressing only,\nwith or without backlight unit, and\nwith or without inverters\n0 %\np/st\n31.12.2023\n0.7165\nex 8708 10 10\nex 8708 10 90\n10\n10\nPlastic cover for filling the space between the fog lights and the bumper whether or not with a chrome strip for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.6513\nex 8708 30 10\nex 8708 30 91\nex 8708 30 99\n20\n60\n10\nMotor powered brake actuation unit:\nwith a rating of 13,5 V (± 0,5 V), and\na ball screw mechanism to control brake fluid pressure in the master cylinder,\nfor use in the manufacture of electric motor vehicles\n0 %\np/st\n31.12.2024\n0.6590\nex 8708 30 10\nex 8708 30 91\n40\n30\nBody of disc type brake in BIR ('Ball in Ramp') or EPB ('Electronic Parking Brake') or with hydraulic function only, containing functional and mounting openings and guide grooves, of a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.4999\nex 8708 30 10\nex 8708 30 91\n50\n10\nDrum type parking brake:\noperating within the service brake disk,\nwith a diameter of 170 mm or more but not more than 195 mm,\nfor use in the manufacture of motor vehicles\n0 %\np/st\n31.12.2021\n0.6502\nex 8708 30 10\nex 8708 30 91\n60\n20\nNon-asbestos organic brake pads with friction material mounted to the band steel back plate for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6707\nex 8708 30 10\nex 8708 30 91\n70\n40\nDuctile cast iron brake caliper jaw, of a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2020\n0.6869\nex 8708 40 20\nex 8708 40 50\n20\n10\nAutomatic hydrodynamic gearbox:\nwith a hydraulic torque converter,\nwithout transfer box and cardan shaft,\nwhether or not with front differential,\nfor use in the manufacture of motor vehicles of Chapter 87\n0 %\np/st\n31.12.2020\n0.7253\nex 8708 40 20\n30\nAutomatic gearbox with a hydraulic torque converter with:\nat least eight gears,\nan engine torque of 300 Nm or more, and\ntransverse or longitudinal installation,\nfor use in the manufacture of motor vehicles of heading 8703\n0 %\np/st\n31.12.2022\n0.7011\nex 8708 40 20\nex 8708 40 50\n40\n30\nGear box assembly with one or two inputs and at least three outputs in cast aluminium housing with overall dimensions (excluding the shafts) of not more than 455 mm (width) x 462 mm (height), 680 mm length, equipped with at least:\none exterior-splined output shaft,\na rotary switch to indicate gear position,\nthe potential for a differential\nfor use in the manufacture of all-terrain or utility task vehicles\n0 %\np/st\n31.12.2021\n0.7383\nex 8708 40 20\nex 8708 40 50\n50\n40\nTransmission assembly which houses 3 other shafts inside it and offers a rotating switch for shift position consisting:\ncast aluminium body,\ndifferential gear,\n2 electrical motors and gears,\nwith the dimensions of:\na width of 280 mm or more but not more than 470 mm,\na height of 350 mm or more but not more than 595 mm,\na length of 410 mm or more but not more than 690 mm,\nfor use in the manufacture of motor vehicles of Chapter 87\n0 %\n—\n31.12.2022\n0.7655\nex 8708 40 20\nex 8708 40 50\n60\n50\nAutomatic transmission assembly with rotary gear shifter with:\naluminium casting housing,\ndifferential gear,\n9 Speed automatic,\nelectronic range select gear selection system,\nwith dimensions of:\na width of 330 mm or more but not more than 420 mm,\na height of 380 mm or more but not more than 450 mm,\na length of 580 mm or more but not more than 690 mm,\nfor use in the manufacture of the vehicles in heading 87\n0 %\n—\n31.12.2023\n0.7856\nex 8708 40 20\nex 8708 40 50\n70\n60\nManual gearbox in cast aluminium housing for transverse installation with:\na width of not more than 480 mm,\na height of not more than 400 mm,\na length of not more than 550 mm,\nfive gears,\na differential gear,\nan engine torque of 250 Nm or less,\nfor use in the manufacture of motor vehicles of Heading 8703\n0 %\n—\n31.12.2024\n0.6648\nex 8708 50 20\nex 8708 50 99\n20\n10\nTransmission shaft in carbon fibre reinforced plastics consisting of a unique piece without any joint in the middle:\nof a length of 1 m or more but not more than 2 m,\nof a weight of 6 kg or more but not more than 9 kg\n0 %\np/st\n31.12.2020\n0.7014\nex 8708 50 20\nex 8708 50 99\nex 8708 99 10\nex 8708 99 97\n40\n30\n70\n80\nSingle input, dual output gearcase (transmission) in cast aluminium housing, with overall dimensions not exceeding 148 mm (± 1 mm) x 213 mm (± 1 mm) x 273 mm (± 1 mm) comprising at least:\ntwo electro-magnetic one direction clutches in one cage, working in both directions,\nan input shaft with outer diameter of 24 mm (± 1 mm), ended with spline of 22,\na coaxial output bushing with inner diameter of 22 mm or more but not more than 30 mm, ended with spline of 22 teeth or more but not more than 28 teeth,\nfor use in the manufacture of all-terrain or utility task vehicles\n0 %\np/st\n31.12.2021\n0.7359\nex 8708 50 20\nex 8708 50 55\nex 8708 50 91\nex 8708 50 99\n50\n20\n10\n40\nDouble flange bearing of 3rd generation, for motor vehicles,\nwith double-row ball bearing,\nwhether or not with impulse (encoder) ring,\nwhether or not with antilock brake system (ABS) sensor,\nwhether or not with mounted screws,\nfor use in the manufacture of goods of chapter 87\n0 %\n—\n31.12.2022\n0.7581\nex 8708 50 20\nex 8708 50 99\nex 8708 99 10\nex 8708 99 97\n60\n15\n45\n65\nCar transfer case with single input and dual output, to distribute torque between front and rear axles in an aluminium housing, with dimension of not more than 565 mm × 570 mm × 510 mm, comprising:\nat least an actuator,\nwhether or not an interior distribution by chain\n0 %\n—\n31.12.2024\n0.7692\nex 8708 50 20\nex 8708 50 99\n65\n20\nIntermediate steel shaft connecting the gearbox with semi-axle with:\na length of 300 mm or more but not more than 650 mm,\na spline end on both sides,\nwhether or not with a pressed bearing in the case,\nwhether or not with a holder,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2023\n0.7593\nex 8708 50 20\nex 8708 50 99\n70\n25\nHousing of tripod type half shaft inboard joint for transmitting a torque from engine and transmission to wheels of motor vehicles with:\nan outer diameter of 67,0 mm or more but not more than 84,5 mm,\n3 cold calibrated roller tracks with a diameter of 29,90 mm or more but not more than 36,60 mm,\nsealing diameter 34,0 mm or more but not more than 41,0 mm, without lead angle,\nspline with 21 teeth or more but not more than 35,\nbearing seat diameter of 25,0 mm or more but not more than 30,0 mm, with or without oil grooves\n0 %\n—\n31.12.2023\n0.7640\nex 8708 50 20\nex 8708 50 99\n75\n35\nOutboard joint assembly for transmitting a torque from engine and transmission to wheels of motor vehicles, consisting of:\nan inner race with 6 ball tracks for running with the bearing balls with a diameter 15,0 mm or more but not more than 20,0 mm,\nan outer race with 6 ball tracks for running with 6 bearing balls, made of steel with carbon content of 0,45 % or more but not more than 0,58 %, with thread and with a spline with 26 teeth or more but not more than 38,\na spherical cage keeping bearing balls in the ball tracks of outer race and inner race in proper angular position, made of material suitable for carburizing with carbon content of 0,14 % or more but not more than 0,25 %, and\nwith a grease compartment,\ncapable of working at constant speed at variable articulation angle not higher than 50 degrees\n0 %\n—\n31.12.2023\n0.6711\nex 8708 80 20\nex 8708 80 35\n10\n10\nUpper strut insulator containing:\na metal holder with three mounting screws, and\na rubber bump,\nfor use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2020\n0.6705\nex 8708 80 20\nex 8708 80 91\n20\n10\nRear chassis arm with a protective plastic label equipped with two metal casings with pressed-in rubber silent blocks, for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2020\n0.6704\nex 8708 80 20\nex 8708 80 91\n30\n20\nRear chassis arm equipped with a ball pivot and metal casing with a pressed-in rubber silent block, for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2020\n0.7164\nex 8708 80 99\n10\nStabilizer bar for front axle equipped with a ball pivot on both ends for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.7607\nex 8708 80 99\n20\nAluminium suspension link arm, with dimensions of:\na height of 50 mm or more but not more than 150 mm,\na width of 10 mm or more but not more than 100 mm,\na length of 100 mm or more but not more than 600 mm,\na mass of 1000 g or more but not more than 3000 g,\nequipped with at least two bushed holes made of aluminium alloy with the following characteristics:\na tensile strength of 200 MPa or more,\na strength of 19 kN or more,\na stiffness of 5 kN/mm or more but not more than 9 kN/mm,\na frequency of 400 Hz or more but not more than 600 Hz\n0 %\np/st\n31.12.2023\n0.6509\nex 8708 91 20\nex 8708 91 35\n20\n10\nAluminium cooler using compressed air with a ribbed design of a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6859\nex 8708 91 20\nex 8708 91 99\n30\n30\nAluminium alloy inlet or outlet air tank manufactured to standard EN AC 42100 with:\nan insulating area flatness of not more than 0,1 mm,\na permissible particle quantity of 0,3 mg per tank,\na distance between pores of 2 mm or more,\npore sizes of not more than 0,4 mm, and\nnot more than 3 pores larger than 0,2 mm,\nof a kind used in heat exchangers for car cooling systems\n0 %\np/st\n31.12.2020\n0.7231\nex 8708 91 99\nex 8708 99 97\n40\n55\nAssembly for supplying compressed air, whether or not with a resonator, comprising at least:\none solid aluminium tube whether or not with mounting bracket,\none flexible rubber hose, and\none metal clip,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2022\n0.7665\nex 8708 92 99\n10\nExhaust system inner liner:\nwith a wall thickness of 0,7 mm or more but not more than 1,3 mm,\nmade of stainless steel sheets or coil class 1.4310 and 1.4301 according to norm EN 10088,\nwhether or not with mounting holes,\nfor use in the manufacture of exhaust systems for automobiles\n0 %\n—\n31.12.2023\n0.7664\nex 8708 92 99\n20\nPipe for guiding exhaust gases from the combustion engine:\nwith a diameter of 40 mm or more but not more than 100 mm,\nwith a length of 90 mm or more but not more than 410 mm,\nwith a wall thickness of 0,7 mm or more but not more than 1,3 mm,\nof stainless steel,\nfor use in the manufacture of exhaust systems for automobiles\n0 %\n—\n31.12.2023\n0.7696\nex 8708 92 99\n30\nExhaust system end cover:\nwith a wall thickness of 0,7 mm or more but not more than 1,3 mm,\nmade of stainless steel class 1.4310 and 1.4301 according to norm EN 10088,\nwhether or not with inner liner,\nwhether or not with surface treatment,\nfor use in the manufacture of exhaust systems for automobiles\n0 %\n—\n31.12.2023\n0.7008\nex 8708 93 10\nex 8708 93 90\n10\n10\nMechanically operated clutch for use with an elastomeric belt in a dry environment in a CVT (Continuously Variable Transmission) gear case:\ndesigned to be bolted onto a splined shaft of outer diameter 23 mm,\nwith an overall diameter of not more than 266 mm (± 1 mm),\ncomprised of 2 sheaves with tapered faces,\nsheaves having taper of 13 degrees each,\nhaving a main compression spring used to resist displacement between sheaves, and\ncomprised of a cam or spring to maintain proper belt tension,\nfor use in the manufacture of all-terrain vehicles or utility task vehicles\n0 %\n—\n31.12.2021\n0.7007\nex 8708 93 10\nex 8708 93 90\n30\n30\nMechanically operated centrifugal clutch for use with an elastomeric belt in a dry environment in a continuously variable transmission (CVT), equipped with:\nelements that activate the clutch at given rotation and generate (in this way) centrifugal force,\nshaft ended with 5 or more but not more than 6 degree taper,\n3 weights, and\n1 compression spring,\nfor use in the manufacture of all-terrain or utility task vehicles\n0 %\np/st\n31.12.2021\n0.7849\nex 8708 93 10\nex 8708 93 90\n40\n40\nClutch pedal with electronic parking brake connection (EPB), whether or not with sending signal function for:\ncruise control reset,\nelectronic parking brake release,\nstart and stop engine management under Idle Stop and Go system (ISG),\nfor use in the manufacture of passenger vehicles\n0 %\n—\n31.12.2024\n0.6526\nex 8708 94 20\nex 8708 94 35\n10\n20\nRack steering gear in aluminium housing with homokinetic hinges of a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.6687\nex 8708 95 10\nex 8708 95 99\n10\n20\nInflatable safety cushion of high-strength polyamide fibre:\nsewn,\nfolded into three-dimensional packing form, fixed by thermal forming, or flat (unfolded) safety cushion with or without thermal forming\n0 %\np/st\n31.12.2020\n0.6688\nex 8708 95 10\nex 8708 95 99\n20\n30\nInflatable safety cushion of high strength polyamide fibre:\nsewn,\nfolded,\nwith three-dimensionally applied silicone bonding for air bag cavity forming and load-regulated air bag sealing,\nsuitable for cool inflator technology\n0 %\np/st\n31.12.2020\n0.7009\nex 8708 99 10\nex 8708 99 97\n10\n60\nSix-layer composite fuel tank assembly comprising of:\na fuel inlet,\na pump flange assembly (PFA),\na ventilation with rollover valve mounted on the top of the tank, and\nthreated holes for PFA assembly,\nfor use in the manufacture of all-terrain or utility task vehicles\n0 %\n—\n31.12.2021\n0.7921\nex 8708 99 97\n18\nHydrostatic speed changer:\nwith a hydro pump and a differential with wheel axle,\nwhether or not with a fan impeller and/or a pulley,\nfor use in the manufacture of tractors of Subheadings 8701 91 90 and 8701 92 90 , whose main function is that of a lawn mower\n0 %\np/st\n31.12.2023\n0.7444\nex 8708 99 10\nex 8708 99 97\n25\n45\nPlastic air guide for directing air flow to the surface of intercooler for use in the production of motor vehicles\n0 %\n—\n31.12.2023\n0.7168\nex 8708 99 10\nex 8708 99 97\n35\n35\nHolder of front radiator or intercooler whether or not with rubber cushioning for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.7174\nex 8708 99 10\nex 8708 99 97\n40\n25\nSupport bracket of iron or steel, with mounting holes, whether or not with fixation nuts, for connecting the gearbox to the car body for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\n0.7282\nex 8708 99 97\n85\nElectroplated interior or exterior parts consisting of:\na copolymer of acrylonitrile-butadiene-styrene (ABS), whether or not mixed with polycarbonate,\nlayers of copper, nickel and chromium\nfor use in the manufacturing of parts for motor vehicles of heading 8701 to 8705\n0 %\np/st\n31.12.2022\n0.6686\nex 8714 10 90\n10\nMotorcycle fork rod inner tubes:\nof SAE1541 carbon steel,\nwith a hard chromium layer of 20 μm (+ 15 μm/– 5 μm),\nwith a wall thickness of 1,3 mm or more, but not more than 1,6 mm,\nwith an elongation at break of 15 %,\nperforated\n0 %\np/st\n31.12.2020\n0.6848\nex 8714 10 90\n20\nRadiators of a kind used in motor bikes for fitting of attachments\n0 %\np/st\n31.12.2020\n0.7003\nex 8714 10 90\n50\nSuspension damper tubes:\nof 7050-t73 aluminium alloy,\nanodised on the inner surface,\nwith a mean roughness (Ra) of the inner surface of not more than 0,4, and\na maximum roughness height (Rt) of the inner surface of not more than 4,0\n0 %\n—\n31.12.2021\n0.6172\nex 8714 91 30\nex 8714 91 30\nex 8714 91 30\n25\n35\n72\nFront forks, except rigid (non-telescopic) front forks made entirely of steel, for use in the manufacture of bicycles (including electric bicycles)\n0 %\n—\n31.12.2023\n0.6879\nex 8714 96 10\n10\nPedals, for use in the manufacture of bicycles (including electric bicycles)\n0 %\n—\n31.12.2020\n0.7421\nex 8714 99 10\nex 8714 99 10\n20\n89\nBicycle handlebars:\nwith or without an integrated stem,\neither made out of carbon fibres and synthetic resin or made of aluminium,\nfor use in the manufacture of bicycles (including electric bicycles)\n0 %\n—\n31.12.2022\n0.7710\nex 8714 99 50\nex 8714 99 50\n11\n91\nDerailleur gears, consisting of:\nrear derailleur and mounting articles,\nwith or without front derailleur,\nfor use in the manufacture of bicycles (including electric bicycles)\n0 %\n—\n31.12.2024\n0.6878\nex 8714 99 90\n30\nSeat posts, for use in the manufacture of bicycles (including electric bicycles)\n0 %\np/st\n31.12.2020\n0.7708\nex 8714 99 90\n40\nStem for bicycle handlebars, for use in the manufacture of bicycles (including electric bicycles)\n0 %\n—\n31.12.2024\n0.3191\nex 9001 10 90\n10\nImage reverser made up from an assembly of optical fibres\n0 %\n—\n31.12.2023\n0.5358\nex 9001 10 90\n30\nPolymer optical fibre with:\na poly(methyl methacrylate) core,\na cladding of fluorinated polymer,\na diameter of not more than 3,0 mm, and\na length of more than 150 m,\nof a kind used in the manufacture of polymer fibre cables\n0 %\n—\n31.12.2021\n0.7101\nex 9001 10 90\nex 9001 90 00\n40\n18\nFibre optic plates:\nuncoated and unpainted,\nof a length of 30 mm or more, but not more than 234,5 mm,\nof a width of 7 mm or more, but not more than 28 mm, and\nof a height of 0,5 mm or more, but not more than 3 mm,\nof a kind used in dental x-ray systems\n0 %\n—\n31.12.2021\n0.6402\nex 9001 50 41\nex 9001 50 49\n40\n40\nOrganic uncut corrective eyeglass lens, finished on both sides, to undergo a coating, colouring, edging, mounting or any other substantial process for use in the manufacture of corrective glasses\n0 %\n—\n31.12.2022\n0.6401\nex 9001 50 80\n30\nRound organic uncut, semi-finished eyeglass lens with corrective effect, finished on one side, of a kind used for the manufacture of finished eyeglass lenses\n0 %\n—\n31.12.2021\n0.3139\nex 9001 90 00\n35\nRear projection screen, comprising a lenticular plastic plate\n0 %\np/st\n31.12.2023\n0.3141\nex 9001 90 00\n45\nRod of neodymium-doped yttrium-aluminium garnet (YAG) material, polished at both ends\n0 %\np/st\n31.12.2023\n0.4197\nex 9001 90 00\n55\nOptical, diffuser, reflector or prism sheets, unprinted diffuser plates, whether or not possessing polarising properties, specifically cut\n0 %\n—\n31.12.2023\n0.4179\nex 9001 90 00\n70\nPoly(ethylene terephthalate) film with a thickness of less than 300 μm according to ASTM D2103, having on one side prisms of acrylic resin with a prism angle of 90° and a prism pitch of 50 μm\n0 %\n—\n31.12.2021\n0.4883\nex 9001 90 00\n85\nLight guide panel made of poly(methyl methacrylate):\nwhether or not cut,\nwhether or not printed,\nfor use in the manufacture of backlight units for flat screen TVs\n0 %\n—\n31.12.2020\n0.6909\nex 9002 11 00\n15\nInfrared lens with motorised focus adjustment:\nusing wavelengths of 3 μm or more but not more than 5 μm,\nproviding a clear picture from 50 m to infinity,\nwith fields of vision sizes of 3° x 2,25° and 9° x 6,75°,\nwith a weight of not more than 230 g,\nwith a length of not more than 88 mm,\nwith a diameter of not more than 46 mm,\nathermalized,\nfor use in the manufacture of thermal imaging cameras, infrared binoculars, weapons scopes\n0 %\n—\n31.12.2020\n0.7590\nex 9002 11 00\n18\nLens assembly consisting of a cylinder-shaped cover made of metal or plastic and optical elements with:\na horizontal field of view range to a maximum of 120 deg,\na diagonal field of view range to a maximum of 92 deg,\na focal length to a maximum of 7,50 mm,\na relative aperture of a maximum of F/2,90,\na maximum diameter of 22 mm,\nof a kind used for the production of CMOS (Complementary metal–oxide-semiconductor) automotive cameras\n0 %\n—\n31.12.2023\n0.5692\nex 9002 11 00\n20\nLenses:\nmeasuring not more than 95 mm × 55 mm × 50 mm,\nwith a resolution of 160 lines/mm or better, and\nwith a zoom ratio of 18 times\n0 %\n—\n31.12.2022\n0.7102\nex 9002 11 00\n25\nInfrared optical unit composed of:\na monocrystalline silicon lens with a diameter of 84 mm (± 0,1 mm), and\na monocrystalline germanium lens with a diameter of 62 mm (± 0,05 mm),\nassembled on a machined aluminium alloy support, of a kind used for thermal imaging cameras\n0 %\n—\n31.12.2021\n0.7107\nex 9002 11 00\n35\nInfrared optical unit composed of:\na silicon lens with a diameter of 29 mm (± 0,05 mm), and\na monocrystalline calcium fluoride lens with a diameter of 26 mm (± 0,05 mm),\nassembled on a machined aluminium alloy support, of kind a used for thermal imaging cameras\n0 %\n—\n31.12.2021\n0.7103\nex 9002 11 00\n45\nInfrared optical unit:\nwith lenses made of silicon, germanium or chalcogenide glass of a diameter not more than 62 mm (± 0,05 mm),\nwhether or not mounted on a machined aluminium alloy support,\nof a kind used for thermal cameras or IP network cameras\n0 %\n—\n31.12.2021\n0.3177\nex 9002 11 00\n50\nLens unit:\nhaving a focal length of 25 mm or more but not more than 150 mm,\nconsisting of glass or plastic lenses, with a diameter of 60 mm or more but not more than 190 mm\n0 %\n—\n31.12.2023\n0.7104\nex 9002 11 00\n55\nInfrared optical unit composed of:\na germanium lens with a diameter of 11 mm (± 0,05 mm),\na monocrystalline calcium fluoride lens with a diameter of 14 mm (± 0,05 mm), and\na silicon lens with a diameter of 17 mm (± 0,05 mm),\nassembled on a machined aluminium alloy support, of a kind used for thermal imaging cameras\n0 %\n—\n31.12.2021\n0.7105\nex 9002 11 00\n65\nInfrared optical unit:\nwith a silicon lens with a diameter of 26 mm (± 0,1 mm),\nmounted on a machined aluminium alloy support,\nof a kind used for thermal imaging cameras\n0 %\n—\n31.12.2021\n0.7106\nex 9002 11 00\n75\nInfrared optical unit composed of:\na germanium lens with a diameter of 19 mm (± 0,05 mm),\na monocrystalline calcium fluoride lens with a diameter of 18 mm (± 0,05 mm),\na germanium lens with a diameter of 20,6 mm (± 0,05 mm),\nassembled on a machined aluminium alloy support, of a kind used for thermal imaging cameras\n0 %\n—\n31.12.2021\n0.6572\nex 9002 11 00\n85\nLens assembly with:\na horizontal field of view range of 20 deg or more, but not more than 200 deg,\na focal length of 1,16 mm or more, but not more than 20 mm,\na relative aperture of F/1,2 or more, but not more than F/4, and\na diameter of 5 mm or more, but not more than 40 mm,\nfor use in the manufacture of CMOS automotive cameras or in IP network cameras production\n0 %\n—\n31.12.2024\n0.3140\nex 9002 90 00\n30\nOptical unit, comprising 1 or 2 rows of optical glass fibres in the form of lenses and with a diameter of 0,85 mm or more but not more than 1,15 mm, embedded between 2 plastic plates\n0 %\np/st\n31.12.2023\n0.5807\nex 9002 90 00\n40\nMounted lenses made from infrared transmitting chalcogenide glass, or a combination of infrared transmitting chalcogenide glass and another lens material\n0 %\np/st\n31.12.2022\n0.5955\nex 9025 80 40\n30\nElectronic barometric semiconductor pressure sensor in a housing, mainly consisting of:\na combination of one or more monolithic application-specific integrated circuits (ASIC), and\nat least one or more microelectromechanical sensor elements (MEMS) manufactured with semiconductor technology, with mechanical components arranged in three-dimensional structures on the semiconductor material\n0 %\np/st\n31.12.2023\n0.6288\nex 9025 80 40\n50\nElectronic semiconductor sensor for measuring at least two of the following quantities:\natmospheric pressure, temperature, (also for temperature compensation), humidity, or volatile organic compounds,\nin a housing suitable for the automatic printing of conductor boards or Bare Die technology, containing:\none or more monolithic application-specific integrated circuits (ASIC),\none or more microelectromechanical sensor elements (MEMS) manufactured with semiconductor technology, with mechanical components arranged in three‐dimensional structures on the semiconductor material,\nof a kind used for incorporation into products of Chapters 84-90 and 95\n0 %\np/st\n31.12.2024\n0.6527\nex 9029 20 31\nex 9029 90 00\n20\n30\nClustered instrument panel with a microprocessor control board, with or without stepping motors, LED indicators or LCD display showing at least:\nspeed,\nengine revolutions,\nengine temperature,\nthe fuel level,\ncommunicating via CAN-BUS and/or K-LINE protocols, of a kind used in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2024\n0.3292\nex 9032 89 00\n30\nElectronic controller of electric power steering (EPS controller)\n0 %\np/st\n31.12.2023\n0.4253\nex 9032 89 00\n40\nDigital valve controller for controlling liquids and gases\n0 %\np/st\n31.12.2022\n0.7004\nex 9032 89 00\n50\nGas panel for regulating and controlling of the gas flow rate, working with plasma technology, comprising:\nan electronic mass flow regulator, suitable for receiving and sending of analogue and digital signals,\nfour pressure transducers,\ntwo or more pressure valves,\nelectric interfaces, and\nseveral connectors for gas lines,\nsuitable for in-situ plasma bonding processes or for multi frequency bond activating processes\n0 %\n—\n31.12.2021\n0.5025\nex 9401 90 80\n10\nRatchet disk for use in the manufacture of reclining car seats\n0 %\np/st\n31.12.2020\n0.6715\nex 9401 90 80\n60\nOuter part of a headrest made of perforated bovine leather, lined with a scrim-reinforced lamination liner and without foam padding, after reworking (stitching of the leather and embroidery application) used in manufacture of seats of motor vehicles\n0 %\n—\n31.12.2020\n0.4846\nex 9503 00 75\nex 9503 00 95\n10\n10\nPlastic cable car scale models, whether or not with a motor, for printing\n0 %\np/st\n31.12.2020\n0.6950\nex 9607 20 10\n10\nSliders, narrow tape with mounted zipper teeth, pin/boxes and other parts of slide fasteners, of base metal for use in the manufacture of zippers\n0 %\n—\n31.12.2020\n0.6949\nex 9607 20 90\n10\nNarrow strips mounted with plastic chain scoops for use in the manufacture of zippers\n0 %\n—\n31.12.2020\n0.3286\nex 9608 91 00\n10\nNon-fibrous plastic pen-tips with an internal canal\n0 %\n—\n31.12.2023\n0.3289\nex 9608 91 00\n20\nFelt tips and other porous-tips for markers, without internal canal\n0 %\n—\n31.12.2023\n0.2737\nex 9612 10 10\n10\nRibbons of plastic with segments of different colours, providing the penetration of dyes by heat into a support (so called dye‐sublimation)\n0 %\n—\n31.12.2023",
  "extent": "E+W+S+N.I.",
  "status": null,
  "version": "current",
  "annotations": [
    {
      "type": "F",
      "label": "F1",
      "text": "Substituted by Council Regulation (EU) 2019/2197 of 19 December 2019 amending Regulation (EU) No 1387/2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products."
    },
    {
      "type": "F",
      "label": "F2",
      "text": "Deleted by Council Regulation (EU) 2020/874 of 15 June 2020 amending Regulation (EU) No 1387/2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products."
    },
    {
      "type": "F",
      "label": "F3",
      "text": "Inserted by Council Regulation (EU) 2020/874 of 15 June 2020 amending Regulation (EU) No 1387/2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products."
    },
    {
      "type": "F",
      "label": "F4",
      "text": "Substituted by Council Regulation (EU) 2020/874 of 15 June 2020 amending Regulation (EU) No 1387/2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products."
    },
    {
      "type": "X",
      "label": "X1",
      "text": "Substituted by Corrigendum to Council Regulation (EU) 2019/2197 of 19 December 2019 amending Regulation (EU) No 1387/2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products (Official Journal of the European Union L 335 of 27 December 2019)."
    },
    {
      "type": "footnote",
      "label": "f1",
      "text": "However, the suspension of tariff duties does not apply where the processing is carried out by retail or catering undertakings."
    },
    {
      "type": "footnote",
      "label": "f2",
      "text": "Suspension of duties is subject to end-use customs supervision in accordance with Article 254 of Regulation (EU) No 952/2013 of the European Parliament and of the Council of 9 October 2013 laying down the Union Customs Code ( OJ L 269, 10.10.2013, p. 1 )"
    },
    {
      "type": "footnote",
      "label": "f3",
      "text": "Only the ad valorem duty is suspended. The specific duty shall continue to apply."
    },
    {
      "type": "footnote",
      "label": "f4",
      "text": "A surveillance of imports of goods covered by this tariff suspension shall be established in accordance with the procedure laid down in Articles 55 and 56 of Commission Implementing Regulation (EU) 2015/2447 of 24 November 2015 laying down detailed rules for implementing certain provisions of Regulation (EU) No 952/2013 of the European Parliament and of the Council laying down the Union Customs Code ( OJ L 343, 29.12.2015, p. 558 )."
    },
    {
      "type": "footnote",
      "label": "f5",
      "text": "CUS (Customs Union and Statistics Number) is assigned to each ECICS record (product). ECICS (European Customs Inventory of Chemical Substances) is an information tool managed by the European Commission, General Directorate for Taxation and Customs Union. More information can be found via the following link: http://ec.europa.eu/taxation_customs/common/databases/ecics/index_en.htm"
    }
  ],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eur/2013/1387/annex",
    "retrieved_at": "2026-11-01T14:48:03.094584+00:00"
  },
  "licence": "Open Government Licence v3.0",
  "licence_url": "https://www.nationalarchives.gov.uk/doc/open-government-licence/version/3/",
  "attribution": "Contains public sector information licensed under the Open Government Licence v3.0. Source: legislation.gov.uk, The National Archives."
}