{
  "url": "https://openlegislation.uk/eu-regulation-2017-2467/annex-II",
  "json_url": "https://openlegislation.uk/eu-regulation-2017-2467/annex-II.json",
  "legislation": "eur/2017/2467",
  "legislation_title": "Council Regulation (EU) 2017/2467 of 21 December 2017 amending Regulation (EU) No 1387/2013 suspending the autonomous Common Customs Tariff duties on certain agricultural and industrial products",
  "legislation_url": "https://openlegislation.uk/eu-regulation-2017-2467",
  "path": "annex/II",
  "kind": "annex",
  "number": "II",
  "heading": null,
  "text": "In the table set out in the Annex to Regulation (EU) No 1387/2013, the following rows are inserted according to the order of the CN codes indicated in the first column of that table:\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).\n* A newly introduced measure or a measure with amended conditions.\nCN code\nTARIC\nDescription\nRate of autonomous duty\nSupplementary Unit\nDate foreseen for mandatory review\n*ex 1511 90 19\n*ex 1511 90 91\n*ex 1513 11 10\n*ex 1513 19 30\n*ex 1513 21 10\n*ex 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—\n31.12.2018\n*ex 2007 99 50\n*ex 2007 99 50\n*ex 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\n*ex 2007 99 50\n*ex 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\n*ex 2007 99 50\n*ex 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\n*ex 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\n*ex 2008 99 49\n*ex 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 2 000 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\n*ex 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 2 000 Da\n0 %\nkg\n31.12.2022\n*ex 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—\n31.12.2018\n*ex 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\n*ex 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\n*ex 2811 29 90\n10\nTellurium dioxide (CAS RN 7446-07-3)\n0 %\n—\n31.12.2022\n*ex 2816 40 00\n10\nBarium hydroxide (CAS RN 17194-00-2)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2825 10 00\n10\nHydroxylammonium chloride (CAS RN 5470-11-1)\n0 %\n—\n31.12.2022\n*ex 2825 60 00\n10\nZirconium dioxide (CAS RN 1314-23-4)\n0 %\n—\n31.12.2022\n*ex 2835 10 00\n10\nSodium hypophosphite monohydrate (CAS RN 10039-56-2)\n0 %\n—\n31.12.2022\n*ex 2837 20 00\n20\nAmmonium iron (III) hexacyanoferrate (II) (CAS RN 25869-00-5)\n0 %\n—\n31.12.2022\n*ex 2839 19 00\n10\nDisodium disilicate (CAS RN 13870-28-5)\n0 %\n—\n31.12.2022\n*ex 2841 50 00\n10\nPotassium dichromate (CAS RN 7778-50-9)\n0 %\n—\n31.12.2022\n*ex 2841 80 00\n10\nDiammonium wolframate (ammonium paratungstate) (CAS RN 11120-25-5)\n0 %\n—\n31.12.2022\n*ex 2841 90 30\n10\nPotassium metavanadate (CAS RN 13769-43-2)\n0 %\nkg\n31.12.2022\n*ex 2841 90 85\n10\nLithium cobalt(III) oxide (CAS RN 12190-79-3) with a cobalt content of at least 59 %\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2850 00 20\n60\nDisilane (CAS RN 1590-87-0)\n0 %\n—\n31.12.2022\n*ex 2903 39 19\n20\n5-Bromopent-1-ene (CAS RN 1119-51-3)\n0 %\n—\n31.12.2022\n*2903 39 31\n2,3,3,3-Tetrafluoroprop-1-ene (2,3,3,3-tetrafluoropropene) (CAS RN 754-12-1)\n0 %\n—\n31.12.2022\n*ex 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—\n31.12.2018\n*ex 2903 39 39\n40\n1,1,2,3,4,4-hexafluorobuta-1,3-diene (CAS RN 685-63-2)\n0 %\n—\n31.12.2022\n*ex 2903 89 80\n50\nChlorocyclopentane (CAS RN 930-28-9)\n0 %\n—\n31.12.2022\n*ex 2903 89 80\n60\nOctafluorocyclobutane (CAS RN 115-25-3)\n0 %\n—\n31.12.2022\n*ex 2904 99 00\n40\n4-Chlorobenzenesulphonyl chloride (CAS RN 98-60-2)\n0 %\n—\n31.12.2022\n*ex 2905 19 00\n70\nTitanium tetrabutanolate (CAS RN 5593-70-4)\n0 %\n—\n31.12.2022\n*ex 2905 19 00\n80\nTitanium tetraisopropoxide (CAS RN 546-68-9)\n0 %\n—\n31.12.2022\n*ex 2905 39 95\n20\nButane-1,2-diol (CAS RN 584-03-2)\n0 %\n—\n31.12.2022\n*ex 2905 39 95\n40\nDecane-1,10-diol (CAS RN 112-47-0)\n0 %\n—\n31.12.2022\n*ex 2906 29 00\n30\n2-Phenylethanol (CAS RN 60-12-8)\n0 %\n—\n31.12.2022\n*ex 2908 99 00\n40\n4,5-Dihydroxynaphthalene-2,7-disulphonic acid (CAS RN 148-25-4)\n0 %\n—\n31.12.2018\n*ex 2912 29 00\n35\nCinnamaldehyde (CAS RN 104-55-2)\n0 %\nkg\n31.12.2022\n*ex 2912 29 00\n50\n4-Isobutylbenzaldehyde (CAS RN 40150-98-9)\n0 %\n—\n31.12.2018\n*ex 2912 49 00\n20\n4-Hydroxybenzaldehyde (CAS RN 123-08-0)\n0 %\n—\n31.12.2022\n*ex 2914 19 90\n20\nHeptan-2-one (CAS RN 110-43-0)\n0 %\n—\n31.12.2022\n*ex 2914 19 90\n30\n3-Methylbutanone (CAS RN 563-80-4)\n0 %\n—\n31.12.2022\n*ex 2914 19 90\n40\nPentan-2-one (CAS RN 107-87-9)\n0 %\n—\n31.12.2022\n*ex 2914 39 00\n30\nBenzophenone (CAS RN 119-61-9)\n0 %\n—\n31.12.2022\n*ex 2914 39 00\n70\nBenzil (CAS RN 134-81-6)\n0 %\n—\n31.12.2022\n*ex 2914 39 00\n80\n4′-Methylacetophenone (CAS RN 122-00-9)\n0 %\n—\n31.12.2022\n*ex 2914 50 00\n45\n3,4-Dihydroxybenzophenone (CAS RN 10425-11-3)\n0 %\n—\n31.12.2022\n*ex 2914 50 00\n60\n2,2-Dimethoxy-2-phenylacetophenone (CAS RN 24650-42-8)\n0 %\n—\n31.12.2022\n*ex 2914 79 00\n20\n2,4′-Difluorobenzophenone (CAS RN 342-25-6)\n0 %\n—\n31.12.2022\n*ex 2915 60 19\n10\nEthyl butyrate (CAS RN 105-54-4)\n0 %\n—\n31.12.2022\n*ex 2915 90 70\n30\n3,3-Dimethylbutyryl chloride (CAS RN 7065-46-5)\n0 %\n—\n31.12.2022\n*ex 2916 12 00\n70\n2-(2-Vinyloxyethoxy)ethyl acrylate (CAS RN 86273-46-3)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2916 39 90\n55\n4-tert-Butylbenzoic acid (CAS RN 98-73-7)\n0 %\n—\n31.12.2022\n*ex 2916 39 90\n75\nm-Toluic acid (CAS RN 99-04-7)\n0 %\n—\n31.12.2022\n*ex 2916 39 90\n85\n(2,4,5-Trifluorophenyl)acetic acid (CAS RN 209995-38-0)\n0 %\n—\n31.12.2022\n*ex 2917 19 10\n20\nDiethyl malonate (CAS RN 105-53-3)\n0 %\n—\n31.12.2022\n*ex 2918 29 00\n35\nPropyl 3,4,5-trihydroxybenzoate (CAS RN 121-79-9)\n0 %\n—\n31.12.2022\n*ex 2918 30 00\n50\nEthyl acetoacetate (CAS RN 141-97-9)\n0 %\n—\n31.12.2022\n*ex 2918 99 90\n15\nEthyl 2,3-epoxy-3-phenylbutyrate (CAS RN 77-83-8)\n0 %\n—\n31.12.2022\n*ex 2918 99 90\n27\nEthyl 3-ethoxypropionate (CAS RN 763-69-9)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2920 29 00\n50\nFosetyl-aluminium (CAS RN 39148-24-8)\n0 %\n—\n31.12.2018\n*ex 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\n*ex 2920 90 10\n60\n2,4-Di-tert-butyl-5-nitrophenyl methyl carbonate (CAS RN 873055-55-1)\n0 %\n—\n31.12.2022\n*2921 13 00\n2-(N,N-Diethylamino)ethyl chloride hydrochloride (CAS RN 869-24-9)\n0 %\n—\n31.12.2022\n*ex 2921 19 99\n70\nN,N-Dimethyloctylamine – boron trichloride (1:1) (CAS RN 34762-90-8)\n0 %\n—\n31.12.2022\n*ex 2921 30 99\n40\nCyclopropylamine (CAS RN 765-30-0)\n0 %\n—\n31.12.2022\n*ex 2921 42 00\n86\n2,5-Dichloroaniline (CAS RN 95-82-9)\n0 %\n—\n31.12.2022\n*ex 2921 42 00\n87\nN-Methylaniline (CAS RN 100-61-8)\n0 %\n—\n31.12.2022\n*ex 2921 42 00\n88\n3,4-Dichloroaniline-6-sulphonic acid (CAS RN 6331-96-0)\n0 %\n—\n31.12.2022\n*ex 2921 43 00\n80\n6-Chloro-α,α,α-trifluoro-m-toluidine (CAS RN 121-50-6)\n0 %\n—\n31.12.2018\n*ex 2921 45 00\n60\n1-Naphthylamine (CAS RN 134-32-7)\n0 %\n—\n31.12.2022\n*ex 2921 45 00\n70\n8-Aminonaphthalene-2-sulphonic acid (CAS RN 119-28-8)\n0 %\n—\n31.12.2022\n*ex 2921 59 90\n30\n3,3′-Dichlorobenzidine dihydrochloride (CAS RN 612-83-9)\n0 %\n—\n31.12.2022\n*ex 2921 59 90\n60\n(2R,5R)-1,6-Diphenylhexane-2,5-diamine dihydrochloride (CAS RN 1247119-31-8)\n0 %\n—\n31.12.2022\n*ex 2922 19 00\n20\n2-(2-Methoxyphenoxy)ethylamine hydrochloride (CAS RN 64464-07-9)\n0 %\n—\n31.12.2022\n*ex 2922 49 85\n20\n3-Amino-4-chlorobenzoic acid (CAS RN 2840-28-0)\n0 %\n—\n31.12.2022\n*ex 2922 49 85\n60\nEthyl-4-dimethylaminobenzoate (CAS RN 10287-53-3)\n0 %\n—\n31.12.2022\n*ex 2922 49 85\n75\nL-alanine isopropyl ester hydrochloride (CAS RN 62062-65-1)\n0 %\n—\n31.12.2022\n*ex 2922 50 00\n15\n3,5-Diiodothyronine (CAS RN 1041-01-6)\n0 %\n—\n31.12.2022\n*ex 2924 19 00\n25\nIsobutylidenediurea (CAS RN 6104-30-9)\n0 %\n—\n31.12.2022\n*ex 2924 19 00\n80\nTetrabutylurea (CAS RN 4559-86-8)\n0 %\n—\n31.12.2022\n*ex 2924 29 70\n53\n4-Amino-N-[4-(aminocarbonyl)phenyl]benzamide (CAS RN 74441-06-8)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2925 19 95\n20\n4,5,6,7-Tetrahydroisoindole-1,3-dione (CAS RN 4720-86-9)\n0 %\n—\n31.12.2022\n*ex 2925 19 95\n30\nN,N′-(m-Phenylene)dimaleimide (CAS RN 3006-93-7)\n0 %\n—\n31.12.2022\n*ex 2927 00 00\n80\n4-[(2,5-Dichlorophenyl)azo]-3-hydroxy-2-naphthoic acid (CAS RN 51867-77-7)\n0 %\n—\n31.12.2022\n*ex 2929 10 00\n20\nButyl isocyanate (CAS RN 111-36-4)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2929 10 00\n80\n1,3-Bis(isocyanatomethyl)benzene (CAS RN 3634-83-1)\n0 %\n—\n31.12.2022\n*ex 2930 20 00\n10\nProsulfocarb (ISO) (CAS RN 52888-80-9)\n0 %\n—\n31.12.2022\n*ex 2930 90 98\n65\nPentaerythritol tetrakis(3-mercaptopropionate) (CAS RN 7575-23-7)\n0 %\n—\n31.12.2022\n*ex 2930 90 98\n68\nClethodim (ISO) (CAS RN 99129-21-2)\n0 %\n—\n31.12.2022\n*ex 2931 39 90\n08\nSodium diisobutyldithiophosphinate (CAS RN 13360-78-6) in an aqueous solution\n0 %\n—\n31.12.2022\n*ex 2931 39 90\n25\n(Z)-Prop-1-en-1-ylphosphonic acid (CAS RN 25383-06-6)\n0 %\n—\n31.12.2022\n*ex 2931 90 00\n20\nFerrocene (CAS RN 102-54-5)\n0 %\n—\n31.12.2022\n*ex 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—\n31.12.2019\n*ex 2932 20 90\n40\n(S)-(–)-α-Amino-γ-butyrolactone hydrobromide (CAS RN 15295-77-9)\n0 %\n—\n31.12.2022\n*ex 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 %\nt\n31.12.2022\n*ex 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\n*ex 2932 99 00\n80\n1,3:2,4-bis-O-(4-Methylbenzylidene)-D-glucitol (CAS RN 81541-12-0)\n0 %\n—\n31.12.2018\n*ex 2933 19 90\n80\n3-(4,5-Dihydro-3-methyl-5-oxo-1H-pyrazol-1-yl)benzenesulphonic acid (CAS RN 119-17-5)\n0 %\n—\n31.12.2022\n*ex 2933 29 90\n80\nImazalil (ISO) (CAS RN 35554-44-0)\n0 %\n—\n31.12.2022\n*ex 2933 39 99\n12\n2,3-Dichloropyridine (CAS RN 2402-77-9)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2933 39 99\n57\nTert-butyl 3-(6-amino-3-methylpyridin-2-yl)benzoate (CAS RN 1083057-14-0)\n0 %\n—\n31.12.2022\n*ex 2933 49 10\n30\nEthyl 4-oxo-1,4-dihydroquinoline-3-carboxylate (CAS RN 52980-28-6)\n0 %\n—\n31.12.2022\n*ex 2933 49 90\n25\nCloquintocet-mexyl (ISO) (CAS RN 99607-70-2)\n0 %\n—\n31.12.2021\n*ex 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\n*ex 2933 79 00\n30\n5-Vinyl-2-pyrrolidone (CAS RN 7529-16-0)\n0 %\n—\n31.12.2022\n*ex 2933 99 80\n24\n1,3-Dihydro-5,6-diamino-2H-benzimidazol-2-one (CAS RN 55621-49-3)\n0 %\n—\n31.12.2022\n*ex 2933 99 80\n41\n5-[4′-(bromomethyl)biphenyl-2-yl]-1-trityl-1H-tetrazole (CAS RN 124750-51-2)\n0 %\n—\n31.12.2022\n*ex 2933 99 80\n46\n(S)-indoline-2-carboxylic acid (CAS RN 79815-20-6)\n0 %\n—\n31.12.2022\n*ex 2933 99 80\n47\nPaclobutrazol (ISO) (CAS RN 76738-62-0)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2934 10 00\n15\n4-Nitrophenyl thiazol-5-ylmethyl carbonate (CAS RN 144163-97-3)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 2934 10 00\n35\n(2-Isopropylthiazol-4-yl)-N-methylmethanamine dihydrochloride (CAS RN 1185167-55-8)\n0 %\n—\n31.12.2022\n*ex 2934 20 80\n15\nBenthiavalicarb-isopropyl (ISO) (CAS RN 177406-68-7)\n0 %\nkg\n31.12.2022\n*ex 2934 20 80\n40\n1,2-Benzisothiazol-3(2H)-one (Benzisothiazolinone (BIT)) (CAS RN 2634-33-5)\n0 %\n—\n31.12.2022\n*ex 2934 30 90\n10\n2-Methylthiophenothiazine (CAS RN 7643-08-5)\n0 %\n—\n31.12.2022\n*ex 2934 99 90\n37\n4-Propan-2-ylmorpholine (CAS RN 1004-14-4)\n0 %\n—\n31.12.2022\n*ex 2934 99 90\n52\nEpoxiconazole (ISO) (CAS RN 133855-98-8)\n0 %\n—\n31.12.2022\n*ex 2934 99 90\n54\n2-benzyl-2-dimethylamino-4′-morpholinobutyrophenone (CAS RN 119313-12-1)\n0 %\nkg\n31.12.2022\n*ex 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\n*ex 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\n*ex 2934 99 90\n58\nDimethenamide-P (CAS RN 163515-14-8)\n0 %\n—\n31.12.2018\n*ex 2934 99 90\n74\n2-Isopropylthioxanthone (CAS RN 5495-84-1)\n0 %\n—\n31.12.2022\n*ex 2935 90 90\n73\n(2S)-2-Benzyl-N,N-dimethylaziridine-1-sulfonamide (CAS RN 902146-43-4)\n0 %\n—\n31.12.2022\n*ex 2938 90 90\n30\nRebaudioside A (CAS RN 58543-16-1)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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 content of 50 % or more\n0 %\n—\n31.12.2022\n*ex 3204 11 00\n45\nPreparation of dispersion dyes, containing:\nC.I. Disperse Orange 61 or Disperse Orange 288,\nC.I. Disperse Blue 291:1,\nC.I. Disperse Violet 93:1,\nwhether or not containing C.I. Disperse Red 54\n0 %\n—\n31.12.2020\n*ex 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—\n31.12.2018\n*ex 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\n*ex 3204 15 00\n80\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—\n31.12.2022\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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 % C.I. Solvent Red 175\n0 %\n—\n31.12.2022\n*ex 3206 49 70\n30\nColourant C.I. Pigment Black 12 (CAS RN 68187-02-0) and preparations based thereon with a colourant C.I. Pigment Black 12 content of 50 % or more by weight\n0 %\n—\n31.12.2022\n*ex 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\n*ex 3208 90 19\n*ex 3208 90 91\n25\n20\nTetrafluoroethylene copolymer in butylacetate solution with a content of solvent of 50 % (± 2 %) by weight\n0 %\n—\n31.12.2022\n*ex 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—\n31.12.2018\n*ex 3208 90 19\n75\nAcenaphthalene copolymer in ethyl lactate solution\n0 %\n—\n31.12.2022\n*ex 3215 11 00\n*ex 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—\n31.12.2018\n*ex 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 gravity of 1,40 g/cm3 or more, but not more than 1,60 g/cm3,\nfor use in the manufacture of electrodes\n0 %\nl\n31.12.2022\n*ex 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\n*ex 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 65 % or more but not more than 75 %\n0 %\nl\n31.12.2022\n*ex 3506 91 90\n70\nTemporary wafer-bonding release in 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\n*ex 3603 00 60\n10\nIgniters for gas generators with an overall maximum length of 20,34 mm or more but not more than 25,25 mm and a pin length of 6,68 mm (± 0,3 mm) or more but not more than 6,9 mm (± 0,3 mm)\n0 %\n—\n31.12.2022\n*ex 3707 90 29\n50\nDry ink powder or toner blend, consisting of:\nstyrene acrylate/butadiene copolymer\neither carbon black or an organic pigment\nwhether or not containing polyolefin or amorphous silica\nfor use as a developer in the manufacturing of ink/toner filled bottles or cartridges for facsimile machines, computer printers and copiers\n0 %\n—\n31.12.2022\n*ex 3801 90 00\n20\nPitch coated graphite based powder with:\nan average particle size of 10,8 μm or more but not more than 13,0 μm,\nan iron content of less than 40 ppm,\na copper content of less than 5 ppm,\na nickel content of less than 5 ppm,\nan average surface area (N2 atmosphere) of 3,0 m2/g or more but not more than 4,36 m2/g, and\na magnetic metal impurity of less than 0,3 ppm\n0 %\nkg\n31.12.2022\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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,\nof a kind used in the manufacture of blends of additives for lubricating oils\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 3811 90 00\n40\nSolution of a quaternary ammonium salt based on polyisobutenyl succinimide, containing by weight 20 % or more but not more than 29,9 % of 2-ethylhexanol\n0 %\n—\n31.12.2022\n*ex 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\n*ex 3815 19 90\n*ex 8506 90 00\n87\n10\nCathode, in rolls, for air zinc button cell batteries (hearing aid batteries)\n0 %\n—\n31.12.2018\n*ex 3815 90 90\n16\nInitiator based on dimethylaminopropyl urea\n0 %\n—\n31.12.2022\n*ex 3815 90 90\n18\nOxidation catalyst with an active ingredient of di[manganese (1+)], 1,2-bis(octahydro-4,7-dimethyl-1H-1,4,7-triazonine-1-yl-kN1, kN4, kN7)ethane-di-μ-oxo-μ-(ethanoato-kO, kO′)-, di[chloride(1-)],(CAS RN 1217890-37-3) used to accelerate chemical oxidation or bleaching\n0 %\n—\n31.12.2022\n*ex 3815 90 90\n22\nCatalyst in powder form consisting by weight of 95 % (± 1 %) titanium dioxide and 5 % (± 1 %) silicon dioxide\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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—\n31.12.2018\n*ex 3824 99 92\n39\nPreparation containing not less than 47 % by weight of 1,3:2,4-bis-O-benzylidene-D-glucitol\n0 %\n—\n31.12.2018\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 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—\n31.12.2018\n*ex 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\n*ex 3824 99 93\n*ex 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—\n31.12.2018\n*ex 3824 99 93\n88\nMixture of phytosterols derived from wood and wood based oils (tall oil), in the form of powder, containing by weight:\n60 % or more, but not more than 80 % of sitosterols,\nnot more than 15 % of campesterols,\nnot more than 5 % of stigmasterols and\nnot more than 15 % of betasitostanols\n0 %\n—\n31.12.2022\n*ex 3824 99 96\n45\nLithium nickel cobalt aluminum oxide powder (CAS RN 177997-13-6) with:\na particle size of less than 10 μm,\na purity by weight of more than 98 %\n0 %\nkg\n31.12.2022\n*ex 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\n*ex 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\n*ex 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—\n31.12.2018\n*ex 3904 69 80\n85\nCopolymer of ethylene with chlorotrifluoroethylene, whether or not modified with hexafluoroisobutylene, in powder, whether or not with fillers\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 3906 90 90\n27\nCopolymer of stearyl methacrylate, isooctyl acrylate and acrylic acid, dissolved in isopropyl palmitate\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 3907 20 99\n80\nIsoamyl alcohol polyoxyethylene ether (CAS RN 62601-60-9)\n0 %\nkg\n31.12.2022\n*ex 3907 30 00\n60\nPolyglycerol polyglycidyl ether resin (CAS RN 118549-88-5)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 3907 99 80\n70\nCopolymer of poly(ethylene terephthalate) and cyclohexane dimethanol, containing more than 10 % by weight of cyclohexane dimethanol\n3.5 %\n—\n31.12.2019\n*ex 3910 00 00\n50\nSilicone based pressure sensitive adhesive in solvent containing copoly (dimethylsiloxane/diphenylsiloxane) gum\n0 %\n—\n31.12.2022\n*ex 3911 90 19\n30\nCopolymer of ethyleneimine and ethyleneimine dithiocarbamate, in an aqueous solution of sodium hydroxide\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 3919 10 80\n*ex 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\n*ex 3919 10 80\n*ex 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\n*ex 3919 10 80\n*ex 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° of more than 25 N/cm (as determined by the ASTM D 3330 method)\n0 %\n—\n31.12.2022\n*ex 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\n*ex 3919 90 80\n*ex 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\n*ex 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\n*ex 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\n*ex 3920 99 28\n55\nThermoplastic polyurethane film extruded, with:\nnot self-adhesive,\nan index of yellow lower of more than 1,0 but not more than 2,5 for 10 mm stacked films (as determined by test method ASTM E 313-10),\na light transmission higher to 87 % for 10 mm stacked films (as determined by test method ASTM D 1003-11),\na total thickness of 0,38 mm or more, but not more than 7,6 mm,\na width of 99 cm or more, but not more than 305 cm,\nof a kind used in the production of laminated safety glass\n0 %\n—\n31.12.2018\n*ex 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\n*ex 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 %\nm2\n31.12.2022\n*ex 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\n*ex 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 3 000 m, and\nan average pore size between 0,02 μm and 0,1 μm\n0 %\n—\n31.12.2022\n*ex 3926 30 00\n*ex 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\n*ex 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\n31.12.2019\n*ex 3926 90 97\n77\nSilicone decoupling ring, with an inner diameter of 15,4 mm (+ 0,0 mm/– 0,1 mm), of a kind used in car parking aid sensor systems\n0 %\np/st\n31.12.2021\n*ex 4104 41 19\n10\nBuffalo leather, split, chrome tanned synthetic retanned (‘crust’), dry\n0 %\n—\n31.12.2022\n*ex 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\n*ex 5603 12 90\n50\nNon-woven:\nweighing 30 g/m2 or more, but not more than 60 g/m2,\ncontaining fibres of polypropylene or of polypropylene and polyethylene,\nwhether or not printed, with:\non one side, 65 % of the total surface area having circular bobbles of 4 mm in diameter, consisting of anchored, elevated un-bonded curly fibres, suitable for the engagement of extruded hook materials, and the remaining 35 % of the surface area being bonded,\nand on other side a smooth untextured surface,\nfor use in the manufacture of napkins and napkin liners for babies and similar sanitary articles\n0 %\nm2\n31.12.2022\n*ex 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\n*ex 7019 12 00\n*ex 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\n*ex 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\n*ex 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\n*ex 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 %\n—\n31.12.2022\n*ex 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\n*ex 7601 20 20\n10\nSlabs and billets of aluminium alloy containing lithium\n0 %\n—\n31.12.2022\n*ex 7608 20 20\n*ex 8708 91 99\n30\n40\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\n*ex 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\n*ex 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\n*ex 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, of a kind used in the aerospace industry\n0 %\n—\n31.12.2018\n*ex 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 %\n—\n31.12.2020\n*ex 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 %\n—\n31.12.2022\n*ex 8108 90 30\n15\nRods and wire of an alloy of titanium with:\na uniform solid cross-section in a 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 %\nkg\n31.12.2022\n*ex 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 %\nkg\n31.12.2022\n*ex 8108 90 50\n55\nPlates, sheets, strip and foil of an alloy of titanium\n0 %\n—\n31.12.2021\n*ex 8108 90 60\n30\nSeamless tubes and pipes of a 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 %\nkg\n31.12.2022\n*ex 8113 00 90\n10\nCarrier plate of aluminium silicon carbide (AlSiC-9) for electronic circuits\n0 %\n—\n31.12.2022\n*ex 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 of motor vehicles\n0 %\np/st\n31.12.2022\n*ex 8407 33 20\n*ex 8407 33 80\n*ex 8407 90 80\n*ex 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 cm3 and a power of not less than 6 kW but not exceeding 20,0 kW, for the manufacture of:\nself-propelled lawn mowers, with a seat of subheading 8433 11 51, and hand-operated lawn mowers of heading 8433 11 90,\ntractors of subheading 8701 91 90, whose main function is that of a lawn mower,\nfour stroke mowers with motor of a cylinder capacity of not less than 300 cc of subheading 8433 20 10 or\nsnowploughs and snow blowers of subheading 8430 20\n0 %\n—\n31.12.2022\n*ex 8408 90 43\n*ex 8408 90 45\n*ex 8408 90 47\n40\n30\n50\n4 Cylinder, 4 cycle, liquid cooled, compression-ignition engine having:\na capacity of not more than 3 850 cm3, 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\n*ex 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\n*ex 8409 91 00\n*ex 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 130 mm\n0 %\np/st\n31.12.2018\n*ex 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\n*ex 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\n*ex 8409 99 00\n80\nHigh pressure oil jet 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\n*ex 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\n*ex 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 130 mm\n0 %\np/st\n31.12.2021\n*ex 8414 80 22\n*ex 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\n*ex 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\n*ex 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\n*ex 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\n*ex 8482 10 10\n*ex 8482 10 90\n40\n30\nBall bearings:\nwith an internal diameter of 3 mm or more,\nwith an external diameter of not more than 100 mm,\nwith a width of not more than 40 mm,\nwhether or not equipped with a duster,\nfor use in the manufacture of belt drive steering systems of motor, electric power steering systems or steering gears or assembly ball screw for steering gears\n0 %\np/st\n31.12.2019\n*ex 8483 30 32\n*ex 8483 30 38\n20\n50\nBearing housing of a kind used in turbochargers:\nof precision-cast grey cast iron complying with standard DIN EN 1561,\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\n*ex 8483 40 90\n20\nHydrostatic transmission with:\nmeasurements (without shafts) of not more than 154 mm × 115 mm × 108 mm,\na weight of not more than 3,3 kg,\na maximum rotation speed of the input shaft of 2 700 rpm or more, but not more than 3 200 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 2 800 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 heading 8433 11 90\n0 %\n—\n31.12.2022\n*ex 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 1 800 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 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 8501 31 00\n25\nDC motors, brushless, with:\nan external diameter of 80 mm or more, but not more than 100 mm,\na supply voltage of 12 V,\nan output at 20 °C of 300 W or more, but not more than 750 W,\na torque 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 the rotor angle position sensor of resolver type or Hall effect type,\nof the kind used in power steering systems for cars\n0 %\n—\n31.12.2022\n*ex 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 9V 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\n*ex 8501 31 00\n*ex 8501 32 00\n78\n75\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 12 V),\na flange diameter of 90 mm or more, but not more than 150 mm,\na maximum length of 200 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 6 bore holes) aluminium diecast 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 12/8 topology, and\nsurface magnets\n0 %\n—\n31.12.2020\n*ex 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\n*ex 8503 00 99\n40\nFuel cell membrane, in rolls or sheets, with a width of not more than 150 cm, of a kind used for manufacture of fuel cells in heading 8501\n0 %\np/st\n31.12.2022\n*ex 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\n*ex 8504 40 82\n40\nPrinted circuit board equipped with a bridge rectifier circuit and other active and passive components:\nwith two output connectors\nwith two input connectors which are available and useable in parallel\nable to switch between bright and dimmed operation mode\nwith an input voltage of 40 V (+ 25 % -15 %) or 42 V (+ 25 % -15 %) in bright operation mode, with an input voltage of 30 V (± 4 V) in dimmed operation mode, or\nwith an input voltage of 230 V (+ 20 % -15 %) in bright operation mode, with an input voltage of 160 V (± 15 %) in dimmed operation mode, or\nwith an input voltage of 120 V (15 % -35 %) in bright operation mode, with an input voltage of 60 V (± 20 %) in dimmed operation mode\nwith an input current reaching 80 % of its nominal value within 20 ms\nwith an input frequency of 45 Hz or more, but not more than 65 Hz for 42 V and 230 V, and 45-70 Hz for 120 V versions\nwith an maximum inrush current overshoot of not more than 250 % of the input current\nwith a period of the inrush current overshoot of not more than 100 ms\nwith an input current undershoot of not less than 50 % of the input current\nwith a period of the inrush current undershoot of not more than 20 ms\nwith a presettable output current\nwith an output current reaching 90 % of its nominal pre-set value within 50 ms\nwith an output current reaching zero within 30 ms after removal of the input voltage\nwith an defined failure status in case of no-load or too-high load (end-of-life function)\n0 %\np/st\n31.12.2022\n*ex 8504 40 82\n50\nElectric rectifier:\nwith an input AC voltage of 100-240 V at frequency of 50-60 Hz,\nwith two output DC voltages of 9 V or more but not more than 12 V and 396 V or more but not more than 420 V,\noutput cables without connectors, and\nin a plastic enclosure with dimensions 110 mm (± 0,5 mm) × 60 mm (± 0,5 mm) × 38 mm (± 1 mm)\nfor use in the manufacture of products using IPL (Intensive Pulse Light)\n0 %\np/st\n31.12.2022\n*ex 8504 50 95\n50\nSolenoid coil with\na power consumption of not more than 6 W,\nan insulation resistance of more than 100 M ohms, and\nan insert hole of 11,4 mm or more, but not more than 11,8 mm\n0 %\np/st\n31.12.2022\n*ex 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\n*ex 8505 11 00\n60\nRings, tubes, bushings or collars made from an alloy of neodymium, iron and boron, with\na 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 %\n—\n31.12.2022\n*ex 8505 19 90\n50\nArticle of agglomerated ferrite in the shape of a rectangular prism to become 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 %\n—\n31.12.2022\n*ex 8507 60 00\n25\nRectangular modules for incorporation in lithium-ion rechargeable batteries, with:\na width of 352,5 mm (± 1 mm) or 367,1 mm (±1mm)\na depth of 300 mm (± 2 mm) or 272,6 mm (± 1 mm)\na height of 268,9 mm (± 1,4 mm) or 229,5 mm (± 1mm)\na weight of 45,9 kg or 46,3 kg\na rating of 75 Ah and\na nominal voltage of 60 V\n0 %\n—\n31.12.2022\n*ex 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 408 mm,\na width of 33,5 mm or more, but not more than 209 mm,\na height of 138 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 power of 458 Wh or more, but not more than 2 158 Wh\n0 %\n—\n31.12.2022\n*ex 8507 60 00\n53\nBatteries of lithium-ion electric accumulators or rechargeable module:\na length of 1 203 mm or more, but not more than 1 297 mm,\na width of 282 mm or more, but not more than 772 mm,\na height of 792 mm or more, but not more than 839 mm,\na weight of 253 kg or more, but not more than 293 kg,\npower of 22 kWh or 26 kWh, and\nconstituted of 24 or 48 modules\n0 %\n—\n31.12.2022\n*ex 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\n*ex 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\n*ex 8518 29 95\n30\nLoudspeakers of:\nan impedance of 3 Ohm or more, but not more than 16 Ohm,\na nominal power of 2 W or more, but not more than 20 W,\nwith or without plastic bracket, and\nwith or without electric cable fitted with connectors,\nof a kind used for TV sets and video monitors manufacture as well as home entertainment systems\n0 %\n—\n31.12.2022\n*ex 8526 91 20\n30\nControl unit of the emergency call system containing GSM and GPS module, for use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2019\n*ex 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\n*ex 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\n*ex 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\n*ex 8536 69 90\n88\nSecure Digital (SD), CompactFlash, ‘Smart Card’ and ‘Common interface modules (cards)’ female connectors and interfaces, of a kind used for soldering on printed circuit boards, for connecting electrical apparatus and circuits and switching or protecting electrical circuits with a voltage of not more than 1 000 V\n0 %\np/st\n31.12.2022\n*ex 8536 90 95\n40\nRivet contacts\nof copper\nplated with silver nickel alloy AgNi10 or with silver containing by weight 11,2 % (± 1,0 %) of tin oxide and of indium oxide taken together\nwith a thickness of the plating of 0,3 mm (– 0/+ 0,015 mm)\nwhether or not gilded\n0 %\np/st\n31.12.2020\n*ex 8537 10 91\n70\nProgrammable memory controller for a voltage not exceeding 1 000 V, of a kind used for the operation of a combustion motor and/or various actuators working with a combustion motor, comprising at least\na printed circuit with active and passive components,\nan aluminium housing, and\nmultiple connectors\n0 %\n—\n31.12.2022\n*ex 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\n*ex 8544 30 00\n35\nWire harness:\nwith an operation voltage of 12 V,\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\n*ex 8544 30 00\n*ex 8544 42 90\n85\n65\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\n*ex 8548 10 29\n10\nSpent lithium-ion or nickel metal hydride electric accumulators\n0 %\n—\n31.12.2018\n*ex 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 %\n—\n31.12.2022\n*ex 8708 40 20\n*ex 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) × 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 %\n—\n31.12.2021\n*ex 8708 50 20\n*ex 8708 50 99\n*ex 8708 99 10\n*ex 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) × 213 mm (± 1 mm) × 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 %\n—\n31.12.2021\n*ex 8708 93 10\n*ex 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 %\n—\n31.12.2021\n*ex 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\n*ex 9001 20 00\n10\nMaterial consisting of a polarising film, whether or not on rolls, supported on one or both sides by transparent material, whether or not with an adhesive layer, covered on one side or on both sides with a release film\n0 %\n—\n31.12.2022\n*ex 9001 50 41\n*ex 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\n*ex 9001 90 00\n25\nUnmounted optical elements made from moulded infrared transmitting chalcogenide glass, or a combination of infrared transmitting chalcogenide glass and another lens material\n0 %\n—\n31.12.2018\n*ex 9002 11 00\n20\nLenses\nmeasuring not more than 80 mm × 55 mm × 50 mm,\nwith a resolution of 160 lines/mm or better, and\nwith a zoom ratio of 18 times,\nof a kind used for the production of visualizers or live image cameras\n0 %\n—\n31.12.2022\n*ex 9002 11 00\n40\nLenses\nmeasuring not more than 125 mm × 65 mm × 65 mm,\nwith a resolution of 125 lines/mm or better, and\nwith a zoom ratio of 16 times\nof a kind used for the production of visualizers or live image cameras\n0 %\n—\n31.12.2018\n*ex 9002 11 00\n85\nLens assembly with:\na horizontal field of view range of 50 deg or more, but not more than 200 deg,\na focal length of 1,16 mm or more, but not more than 5,45 mm,\na relative aperture of F/2,0 or more but not more than F/2,6, and\na diameter of 5 mm or more but not more than 18,5 mm,\nfor use in the manufacture of CMOS automotive cameras\n0 %\n—\n31.12.2019\n*ex 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\n*ex 9032 89 00\n40\nDigital valve controller for controlling liquids and gases\n0 %\np/st\n31.12.2022",
  "extent": "E+W+S+N.I.",
  "status": null,
  "version": "current",
  "annotations": [
    {
      "type": "footnote",
      "label": "f1",
      "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": "f2",
      "text": "Only the ad valorem duty is suspended. The specific duty shall continue to apply."
    },
    {
      "type": "footnote",
      "label": "f3",
      "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)."
    }
  ],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eur/2017/2467/annex/II",
    "retrieved_at": "2026-11-01T14:44:19.632563+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."
}