{
  "url": "https://openlegislation.uk/eu-regulation-2014-1341/annex-I",
  "json_url": "https://openlegislation.uk/eu-regulation-2014-1341/annex-I.json",
  "legislation": "eur/2014/1341",
  "legislation_title": "Council Regulation (EU) No 1341/2014 of 15 December 2014 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-2014-1341",
  "path": "annex/I",
  "kind": "annex",
  "number": "I",
  "heading": null,
  "text": "Tariff suspensions referred to in point (1)(c) of Article 1:\nSuspension of duties is subject to Articles 291 to 300 of Commission Regulation (EEC) No 2454/93 of 2 July 1993 laying down provisions for the implementation of Council Regulation (EEC) No 2913/92 establishing the Community Customs Code (OJ L 253, 11.10.1993, p. 1).\nCN code\nTARIC\nDescription\nRate of autonomous duty\nDate foreseen for mandatory review\n*ex 1511 90 19\nex 1511 90 91\nex 1513 11 10\nex 1513 19 30\nex 1513 21 10\nex 1513 29 30\n10\n10\n10\n10\n10\n10\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 for the manufacture of chemical products other than products of heading 3826\n0 %\n31.12.2015\n*ex 1516 20 96\n20\nJojoba oil, hydrogenated and interesterified, without any further chemical modification and not subjected to any texturisation process\n0 %\n31.12.2019\n*ex 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 standardised with high oleic sunflower oil (HOSO)\n0 %\n31.12.2016\n*ex 2008 99 49\nex 2008 99 99\n30\n40\nSeedless boysenberry puree not containing added spirit, whether or not containing added sugar\n0 %\n31.12.2019\n*ex 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 sugars\nused in the manufacture of products of food or drink industry\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\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 %\n31.12.2019\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 %\n31.12.2019\n*ex 2207 20 00\nex 2207 20 00\nex 3820 00 00\n20\n80\n20\nFeedstock consisting of by weight:\n88 % or more but not more than 92 % of Ethanol,\n2,2 % or more but not more than 2,7 % of Monoethylene glycol,\n1,0 % but not more than 1,3 % of Methylethylketone,\n0,36 % or more but not more than 0,40 % of anionic surfactant (ca. 30 % active),\n0,0293 % or more but not more than 0,0396 % of methyl isopropylketone,\n0,0195 % or more but not more than 0,0264 % of 5 methyl-3-heptanone,\n10 ppm or more but not more than 12 ppm of Denatonium Benzoate (Bitrex);\nnot more than 0,01 of Perfumes\n6,5 % or more but not more than 8,0 % of water.\nfor use in the manufacture of screenwash concentrate and other de-icing preparations\n0 %\n31.12.2018\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 %\n31.12.2019\nex 2811 22 00\n50\nCalcined amorphous silicon dioxide powder with a particle size of not more than 12 μm of a kind used in the production of polymerisation catalysts for the manufacturing of polyethylene\n0 %\n31.12.2019\n*ex 2818 20 00\n10\nActivated alumina with a specific surface area of at least 350 m2/g\n0 %\n31.12.2019\nex 2841 70 00\n20\nDiammonium tridecaoxotetramolybdate(2-) (CAS RN 2207-64-6)\n0 %\n31.12.2019\n*ex 2842 10 00\n20\nSynthetic Chabasite Zeolite Powder\n0 %\n31.12.2019\n*ex 2842 90 10\n10\nSodium selenate (CAS RN 13410-01-0)\n0 %\n31.12.2019\n*ex 2846 10 00\nex 3824 90 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 %\n31.12.2018\n*ex 2846 10 00\n40\nCerium lanthanum neodymium praseodymium carbonate, whether or not hydrated\n0 %\n31.12.2015\nex 2903 39 90\n70\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 %\n31.12.2019\nex 2903 99 90\n75\n3-Chloro-alpha,alpha,alpha-trifluorotoluene (CAS RN 98-15-7)\n0 %\n31.12.2019\n*ex 2904 10 00\n30\nSodium p-styrenesulphonate (CAS RN 2695-37-6)\n0 %\n31.12.2019\n*ex 2904 10 00\n50\nSodium 2-methylprop-2-ene-1-sulphonate (CAS RN 1561-92-8)\n0 %\n31.12.2019\n*ex 2904 20 00\n40\n2-Nitropropane (CAS RN 79-46-9)\n0 %\n31.12.2019\n*ex 2904 90 40\n10\nTrichloronitromethane, for the manufacture of goods of subheading 3808 92 (CAS RN 76-06-2)\n0 %\n31.12.2019\n*ex 2904 90 95\n20\n1-Chloro-2,4-dinitrobenzene (CAS RN 97-00-7)\n0 %\n31.12.2019\n*ex 2904 90 95\n30\nTosyl chloride (CAS RN 98-59-9)\n0 %\n31.12.2019\nex 2904 90 95\n60\n4,4′-Dinitrostilbene-2,2′-disulfonic acid (CAS RN 128-42-7)\n0 %\n31.12.2019\nex 2904 90 95\n70\n1-Chloro-4-nitrobenzene (CAS RN 100-00-5)\n0 %\n31.12.2019\n*ex 2905 19 00\n40\n2,6-Dimethylheptan-2-ol (CAS RN 13254-34-7)\n0 %\n31.12.2019\n*ex 2905 29 90\n10\n3,5-Dimethylhex-1-yn-3-ol (CAS RN 107-54-0)\n0 %\n31.12.2015\n*ex 2905 59 98\n20\n2,2,2-Trifluoroethanol (CAS RN 75-89-8)\n0 %\n31.12.2019\nex 2906 19 00\n50\n4-tert-Butylcyclohexanol (CAS RN 98-52-2)\n0 %\n31.12.2019\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 %\n31.12.2019\nex 2907 19 10\n10\n2,6-Xylenol (CAS RN 576-26-1)\n0 %\n31.12.2019\nex 2908 19 00\n30\n4-Chlorophenol (CAS RN 106-48-9)\n0 %\n31.12.2019\n*ex 2909 30 90\n10\n2-(Phenylmethoxy)naphthalene (CAS RN 613-62-7)\n0 %\n31.12.2019\n*ex 2909 30 90\n20\n1,2-Bis(3-methyl-phenoxy)ethane (CAS RN 54914-85-1)\n0 %\n31.12.2019\nex 2909 50 00\n30\n2-tert-Butyl-4-hydroxyanisole and 3-tert-butyl-4-hydroxyanisole, mixed isomers (CAS RN 25013-16-5)\n0 %\n31.12.2019\nex 2914 39 00\n15\n2,6-Dimethyl-1-indanone (CAS RN 66309-83-9)\n0 %\n31.12.2019\nex 2914 39 00\n25\n1,3-Diphenylpropane-1,3-dione (CAS RN 120-46-7)\n0 %\n31.12.2019\n*ex 2914 69 90\n20\n2-Pentylanthraquinone (CAS RN 13936-21-5)\n0 %\n31.12.2019\n*ex 2915 39 00\n50\n3-Acetylphenyl acetate (CAS RN 2454-35-5)\n0 %\n31.12.2019\nex 2915 90 70\n45\nTrimethyl orthoformate (CAS RN 149-73-5)\n0 %\n31.12.2019\n*ex 2915 90 70\n50\nAllyl heptanoate (CAS RN 142-19-8)\n0 %\n31.12.2019\n*ex 2916 13 00\n10\nHydroxyzinc methacrylate powder (CAS RN 63451-47-8)\n0 %\n31.12.2015\nex 2916 19 95\n50\nMethyl 2-fluoroacrylate (CAS RN 2343-89-7)\n0 %\n31.12.2019\nex 2916 39 90\n13\n3,5-Dinitrobenzoic acid (CAS RN 99-34-3)\n0 %\n31.12.2019\n*ex 2917 11 00\n30\nCobalt oxalate (CAS RN 814-89-1)\n0 %\n31.12.2019\n*ex 2917 19 10\n10\nDimethyl malonate (CAS RN 108-59-8)\n0 %\n31.12.2019\n*ex 2917 19 90\n30\nEthylene brassylate (CAS RN 105-95-3)\n0 %\n31.12.2019\nex 2918 19 30\n10\nCholic Acid (CAS RN 81-25-4)\n0 %\n31.12.2019\nex 2918 19 30\n20\n3-α,12-α-Dihydroxy-5-β-cholan-24-oic acid (deoxycholic acid) (CAS RN 83-44-3)\n0 %\n31.12.2019\nex 2918 30 00\n60\n4-Oxovaleric acid (CAS RN 123-76-2)\n0 %\n31.12.2019\n*ex 2918 99 90\n20\nMethyl 3-methoxyacrylate (CAS RN 5788-17-0)\n0 %\n31.12.2019\nex 2918 99 90\n35\np-Anisic acid (CAS RN 100-09-4)\n0 %\n31.12.2019\nex 2918 99 90\n45\n4-Methylcatechol dimethyl acetate (CAS RN 52589-39-6)\n0 %\n31.12.2019\n*ex 2918 99 90\n70\nAllyl-(3-methylbutoxy)acetate (CAS RN 67634-00-8)\n0 %\n31.12.2019\nex 2919 90 00\n70\nTris(2-butoxyethyl)phosphate (CAS RN 78-51-3)\n0 %\n31.12.2019\n*ex 2921 19 50\nex 2929 90 00\n10\n20\nDiethylamino-triethoxysilane (CAS RN 35077-00-0)\n0 %\n31.12.2019\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 %\n31.12.2019\n*ex 2921 42 00\n70\n2-Aminobenzene-1,4-disulfonic acid (CAS RN 98-44-2)\n0 %\n31.12.2019\n*ex 2921 45 00\n10\nSodium hydrogen 3-aminonaphthalene-1,5-disulphonate (CAS RN 4681-22-5)\n0 %\n31.12.2015\n*ex 2921 51 19\n20\nToluene diamine (TDA), containing by weight:\n72 % or more but not more than 82 % of 4-methyl-m-phenylenediamine, and\n17 % or more but not more than 22 % of 2-methyl-m-phenylenediamine, and\nnot more than 0,23 % of residual tar\nwhether or not containing 7 % or less of water\n0 %\n31.12.2018\n*ex 2921 51 19\n50\nMono- and dichloroderivatives of p-phenylenediamine and p-diaminotoluene\n0 %\n31.12.2019\n*ex 2922 19 85\n80\nN-[2-[2-(Dimethylamino)ethoxy]ethyl]-N-methyl-1,3-propanediamine (CAS RN 189253-72-3)\n0 %\n31.12.2019\n*ex 2922 21 00\n30\n6-Amino-4-hydroxynaphthalene-2-sulphonic acid (CAS RN 90-51-7)\n0 %\n31.12.2019\n*ex 2922 21 00\n50\nSodium hydrogen 4-amino-5-hydroxynaphthalene-2,7-disulphonate (CAS RN 5460-09-3)\n0 %\n31.12.2019\n*ex 2922 29 00\n65\n4-Trifluoromethoxyaniline (CAS RN 461-82-5)\n0 %\n31.12.2019\n*ex 2922 49 85\n15\nDL-Aspartic acid used for the manufacture of food-integrators (CAS RN 617-45-8)\n0 %\n31.12.2019\nex 2922 49 85\n25\nDimethyl 2-aminobenzene-1,4-dicarboxylate (CAS RN 5372-81-6)\n0 %\n31.12.2019\n*ex 2922 49 85\n50\nD-(-)-Dihydrophenylglycine (CAS RN 26774-88-9)\n0 %\n31.12.2019\n*ex 2922 50 00\n20\n1-[2-Amino-1-(4-methoxyphenyl)-ethyl]-cyclohexanol hydrochloride (CAS RN 130198-05-9)\n0 %\n31.12.2019\nex 2923 10 00\n10\nCalcium phosphoryl choline chloride tetra hydrate (CAS RN 72556-74-2)\n0 %\n31.12.2019\nex 2923 90 00\n85\nN,N,N-Trimethylanilinium chloride (CAS RN 138-24-9)\n0 %\n31.12.2019\nex 2924 19 00\n15\nN-Ethyl N-Methylcarbamoyl Chloride (CAS RN 42252-34-6)\n0 %\n31.12.2019\nex 2924 29 98\n17\n2-(Trifluoromethyl) benzamide (CAS RN 360-64-5)\n0 %\n31.12.2019\nex 2924 29 98\n19\n2-[[2-(Benzyloxycarbonylamino)acetyl]amino]propionic acid (CAS RN 3079-63-8)\n0 %\n31.12.2019\n*ex 2924 29 98\n20\n2-Chloro-N-(2-ethyl-6-methylphenyl)-N-(propan-2-yloxymethyl)acetamide (CAS RN 86763-47-5)\n0 %\n31.12.2019\n*ex 2924 29 98\n92\n3-Hydroxy-2-naphthanilide (CAS RN 92-77-3)\n0 %\n31.12.2019\nex 2926 90 95\n12\nCyfluthrin (ISO) (CAS RN 68359-37-5) with a purity by weight of 95 % or more\n0 %\n31.12.2019\nex 2926 90 95\n16\n4-Cyano-2-nitrobenzoic acid methyl ester (CAS RN 52449-76-0)\n0 %\n31.12.2019\n*ex 2926 90 95\n20\n2-(m-Benzoylphenyl)propiononitrile (CAS RN 42872-30-0)\n0 %\n31.12.2019\n*ex 2926 90 95\n63\n1-(Cyanoacetyl)-3-ethylurea (CAS RN 41078-06-2)\n0 %\n31.12.2015\n*ex 2926 90 95\n64\nEsfenvalerate of a purity by weight of 83 % or more in a mixture of its own isomers (CAS RN 66230-04-4)\n0 %\n31.12.2019\n*ex 2926 90 95\n70\nMethacrylonitrile (CAS RN 126-98-7)\n0 %\n31.12.2019\n*ex 2926 90 95\n74\nChlorothalonil (ISO) (CAS RN 1897-45-6)\n0 %\n31.12.2019\n*ex 2926 90 95\n75\nEthyl 2-cyano-2-ethyl-3-methylhexanoate (CAS RN 100453-11-0)\n0 %\n31.12.2019\nex 2927 00 00\n15\nC.C′-Azodi(formamide) (CAS RN 123-77-2) 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 %\n31.12.2019\nex 2928 00 90\n65\n2-Amino-3-(4-hydroxyphenyl) propanal semicarbazone hydrochloride\n0 %\n31.12.2019\n*ex 2929 10 00\n15\n3,3′-Dimethylbiphenyl-4,4′-diyl diisocyanate (CAS RN 91-97-4)\n0 %\n31.12.2019\n*ex 2930 90 99\n64\n3-Chloro-2-methylphenyl methyl sulphide (CAS RN 82961-52-2)\n0 %\n31.12.2019\n*ex 2930 90 99\n81\nDisodium hexamethylene-1,6-bisthiosulfate dihydrate (CAS RN 5719-73-3)\n3 %\n31.12.2019\n*ex 2931 90 80\n03\nButylethylmagnesium (CAS RN 62202-86-2), in the form of a solution in heptane\n0 %\n31.12.2018\n*ex 2931 90 80\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 %\n31.12.2015\n*ex 2931 90 80\n08\nSodium diisobutyldithiophosphinate (CAS RN 13360-78-6) in an aqueous solution\n0 %\n31.12.2017\n*ex 2931 90 80\n10\nTriethylborane (CAS RN 97-94-9)\n0 %\n31.12.2015\n*ex 2931 90 80\n13\nTrioctylphosphine oxide (CAS RN 78-50-2)\n0 %\n31.12.2016\n*ex 2931 90 80\n15\nMethylcyclopentadienyl manganese tricarbonyl containing not more than 4,9 % by weight of cyclopentadienyl manganese tricarbonyl (CAS RN 12108-13-3)\n0 %\n31.12.2019\n*ex 2931 90 80\n18\nMethyl tris (2-pentanoneoxime) silane (CAS RN 37859-55-5)\n0 %\n31.12.2019\n*ex 2931 90 80\n20\nDiethylborane isopropoxide (CAS RN 74953-03-0)\n0 %\n31.12.2015\n*ex 2931 90 80\n23\nDi-tert-butylphosphane (CAS RN 819-19-2)\n0 %\n31.12.2018\n*ex 2931 90 80\n25\n(Z)-Prop-1-en-1-ylphosphonic acid (CAS RN 25383-06-6)\n0 %\n31.12.2017\n*ex 2931 90 80\n28\nN-(Phosphonomethyl)iminodiacetic acid (CAS RN 5994-61-6)\n0 %\n31.12.2019\n*ex 2931 90 80\n30\nBis(2,4,4-trimethylpentyl)phosphinic acid (CAS RN 83411-71-6)\n0 %\n31.12.2018\n*ex 2931 90 80\n33\nDimethyl[dimethylsilyldiindenyl]hafnium (CAS RN 220492-55-7)\n0 %\n31.12.2019\n*ex 2931 90 80\n35\nN,N-Dimethylanilinium tetrakis(pentafluorophenyl)borate (CAS RN 118612-00-3)\n0 %\n31.12.2019\n*ex 2931 90 80\n38\nPhenylphosphonic dichloride (CAS RN 824-72-6)\n0 %\n31.12.2016\n*ex 2931 90 80\n40\nTetrakis(hydroxymethyl)phosphonium chloride (CAS RN 124-64-1)\n0 %\n31.12.2016\n*ex 2931 90 80\n43\nMixture of the isomers 9-icosyl-9-phosphabicyclo[3.3.1]nonane and 9-icosyl-9-phosphabicyclo[4.2.1]nonane\n0 %\n31.12.2018\n*ex 2931 90 80\n45\nTris(4-methylpentan-2-oximino)methylsilane (CAS RN 37859-57-7)\n0 %\n31.12.2018\n*ex 2931 90 80\n48\nTetrabutylphosphonium acetate in the form of an aqueous solution (CAS RN 30345-49-4)\n0 %\n31.12.2019\n*ex 2931 90 80\n50\nTrimethylsilane (CAS RN 993-07-7)\n0 %\n31.12.2016\n*ex 2931 90 80\n53\nTrimethylborane (CAS RN 593-90-8)\n0 %\n31.12.2019\n*ex 2931 90 80\n55\n3-(Hydroxyphenylphosphinoyl)propionic acid (CAS RN 14657-64-8)\n0 %\n31.12.2018\n*ex 2932 19 00\n40\nFuran (CAS RN 110-00-9) of a purity by weight of 99 % or more\n0 %\n31.12.2019\n*ex 2932 19 00\n41\n2,2 di(tetrahydrofuryl)propane (CAS RN 89686-69-1)\n0 %\n31.12.2019\n*ex 2932 19 00\n45\n1,6-Dichloro-1,6-dideoxy-β-D-fructofuranosyl-4-chloro-4 deoxy-α-D-galactopyranoside (CAS RN 56038-13-2)\n0 %\n31.12.2019\n*ex 2932 19 00\n70\nFurfurylamine (CAS RN 617-89-0)\n0 %\n31.12.2019\nex 2932 99 00\n43\nEthofumesate (ISO) (CAS RN 26225-79-6) with a purity by weight of 97 % or more\n0 %\n31.12.2019\nex 2933 19 90\n15\nPyrasulfotole (ISO) (CAS RN 365400-11-9) with a purity by weight of 96 % or more\n0 %\n31.12.2019\nex 2933 19 90\n25\n3-Difluoromethyl-1-methyl-1H-pyrazole-4-carboxylic acid (CAS RN 176969-34-9)\n0 %\n31.12.2019\n*ex 2933 19 90\n50\nFenpyroximate (ISO) (CAS RN 134098-61-6)\n0 %\n31.12.2019\n*ex 2933 19 90\n60\nPyraflufen-ethyl (ISO) (CAS RN 129630-19-9)\n0 %\n31.12.2019\n*ex 2933 29 90\n40\nTriflumizole (ISO) (CAS RN 68694-11-1)\n0 %\n31.12.2019\nex 2933 29 90\n55\nFenamidone (ISO) (CAS RN 161326-34-7) with a purity by weight of 97 % or more\n0 %\n31.12.2019\n2933 39 50\nFluroxypyr (ISO) methyl ester (CAS RN 69184-17-4)\n0 %\n31.12.2019\n*ex 2933 39 99\n20\nCopper pyrithione powder (CAS RN 14915-37-8)\n0 %\n31.12.2015\nex 2933 39 99\n22\nIsonicotinic Acid (CAS RN 55-22-1)\n0 %\n31.12.2019\n*ex 2933 39 99\n24\n2-Chloromethyl-4-methoxy-3,5-dimethylpyridine hydrochloride (CAS RN 86604-75-3)\n0 %\n31.12.2019\nex 2933 39 99\n28\nEthyl-3-[(3-amino-4-methylamino-benzoyl)-pyridin-2-yl-amino]-propionate (CAS RN 212322-56-0)\n0 %\n31.12.2019\n*ex 2933 39 99\n30\nFluazinam (ISO) (CAS RN 79622-59-6)\n0 %\n31.12.2019\nex 2933 39 99\n34\n3-Chloro-(5-trifluoromethyl)-2-pyridineacetonitrile (CAS RN 157764-10-8)\n0 %\n31.12.2019\n*ex 2933 39 99\n45\n5-Difluoromethoxy-2-[[(3,4-dimethoxy-2-pyridyl)methyl]thio]-1H-benzimidazole (CAS RN 102625-64-9)\n0 %\n31.12.2019\n*ex 2933 39 99\n47\n(-)-trans-4-(4′-Fluorophenyl)-3-hydroxymethyl-N-methylpiperidine (CAS RN 105812-81-5)\n0 %\n31.12.2015\n*ex 2933 39 99\n48\nFlonicamid (ISO) (CAS RN 158062-67-0)\n0 %\n31.12.2019\n*ex 2933 39 99\n55\nPyriproxyfen (ISO) (CAS RN 95737-68-1) of a purity by weight of 97 % or more\n0 %\n31.12.2019\nex 2933 49 10\n40\n4,7-Dichloroquinoline (CAS RN 86-98-6)\n0 %\n31.12.2019\nex 2933 59 95\n33\n4,6-Dichloro-5-fluoropyrimidine (CAS RN 213265-83-9)\n0 %\n31.12.2019\nex 2933 59 95\n37\n6-Iodo-3-propyl-2-thioxo-2,3-dihydroquinazolin-4(1H)-one (CAS RN 200938-58-5)\n0 %\n31.12.2019\nex 2933 59 95\n43\n2-(4-(2-Hydroxyethyl)piperazin-1-yl)ethanesulfonic acid (CAS RN 7365-45-9)\n0 %\n31.12.2019\n*ex 2933 59 95\n45\n1-[3-(Hydroxymethyl)pyridin-2-yl]-4-methyl-2-phenylpiperazine (CAS RN 61337-89-1)\n0 %\n31.12.2019\n*ex 2933 59 95\n50\n2-(2-Piperazin-1-ylethoxy)ethanol (CAS RN 13349-82-1)\n0 %\n31.12.2019\n*ex 2933 59 95\n65\n1-Chloromethyl-4-fluoro-1,4-diazoniabicyclo[2.2.2]octane bis(tetrafluoroborate) (CAS RN 140681-55-6)\n0 %\n31.12.2019\n*ex 2933 59 95\n75\n(2R,3S/2S,3R)-3-(6-Chloro-5-fluoro pyrimidin-4-yl)-2-(2,4-difluorophenyl)-1-(1H-1,2,4-triazol-1-yl)butan-2-ol hydrochloride, (CAS RN 188416-20-8)\n0 %\n31.12.2019\n*ex 2933 79 00\n60\n3,3-Pentamethylene-4-butyrolactam (CAS RN 64744-50-9)\n0 %\n31.12.2019\nex 2933 99 80\n23\nTebuconazole (ISO) (CAS RN 107534-96-3) with a purity by weight of 95 % or more\n0 %\n31.12.2019\nex 2933 99 80\n27\n5,6-Dimethylbenzimidazole (CAS RN 582-60-5)\n0 %\n31.12.2019\nex 2933 99 80\n33\nPenconazole (ISO) (CAS RN 66246-88-6)\n0 %\n31.12.2019\n*ex 2933 99 80\n37\n8-Chloro-5,10-dihydro-11H-dibenzo [b,e] [1,4]diazepin-11-one (CAS RN 50892-62-1)\n0 %\n31.12.2019\n*ex 2933 99 80\n55\nPyridaben (ISO) (CAS RN 96489-71-3)\n0 %\n31.12.2019\nex 2934 10 00\n45\n2-Cyanimino-1,3-thiazolidine (CAS RN 26364-65-8)\n0 %\n31.12.2019\n*ex 2934 10 00\n60\nFosthiazate (ISO) (CAS RN 98886-44-3)\n0 %\n31.12.2019\n*ex 2934 99 90\n20\nThiophene (CAS RN 110-02-1)\n0 %\n31.12.2019\nex 2934 99 90\n24\nFlufenacet (ISO) (CAS RN 142459-58-3) with a purity by weight of 95 % or more\n0 %\n31.12.2019\nex 2934 99 90\n26\n4-Methylmorpholine 4-oxide in an aqueous solution (CAS RN 7529-22-8)\n0 %\n31.12.2019\nex 2934 99 90\n27\n2-(4-Hydroxyphenyl)-1-benzothiophene-6-ol (CAS RN 63676-22-2)\n0 %\n31.12.2019\nex 2934 99 90\n29\n2,2′-Oxybis(5,5-dimethyl-1,3,2-dioxaphosphorinane)-2,2′-disulphide (CAS RN 4090-51-1)\n0 %\n31.12.2019\n*ex 2934 99 90\n30\nDibenzo[b,f][1,4]thiazepin-11(10H)-one (CAS RN 3159-07-7)\n0 %\n31.12.2019\n*ex 2934 99 90\n83\nFlumioxazin (ISO) (CAS RN 103361-09-7) of a purity by weight of 96 % or more\n0 %\n31.12.2019\n*ex 2934 99 90\n84\nEtoxazole (ISO) (CAS RN 153233-91-1) of a purity by weight of 94,8 % or more\n0 %\n31.12.2019\n*ex 2935 00 90\n30\nMixture of isomers consisting of N-ethyltoluene-2-sulphonamide and N-ethyltoluene-4-sulphonamide\n0 %\n31.12.2015\nex 2935 00 90\n43\nOryzalin (ISO) (CAS RN 19044-88-3)\n0 %\n31.12.2019\nex 2935 00 90\n47\nHalosulfuron-methyl (ISO) (CAS RN 100784-20-1) with a purity by weight of 98 % or more\n0 %\n31.12.2019\n*ex 2935 00 90\n53\n2,4-Dichloro-5-sulphamoylbenzoic acid (CAS RN 2736-23-4)\n0 %\n31.12.2019\n*ex 2935 00 90\n63\nNicosulphuron (ISO), (CAS RN 111991-09-4) of a purity by weight of 91 % or more\n0 %\n31.12.2019\n*ex 2935 00 90\n77\n[[4-[2-[[(3-Ethyl-2,5-dihydro-4-methyl-2-oxo-1H-pyrrol-1-yl)carbonyl]amino] ethyl]phenyl]sulfonyl]-carbamic acid ethyl ester, (CAS RN 318515-70-7)\n0 %\n31.12.2019\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 %\n31.12.2019\nex 3204 16 00\n10\nColourant Reactive Black 5 (CAS RN 17095-24-8) and preparations based thereon with a colourant Reactive Black 5 content of 60 % or more by weight but not more than 75 %\n0 %\n31.12.2019\nex 3204 17 00\n12\nColourant C.I. Pigment Orange 64 (CAS RN 72102-84-2) and preparations based thereon with a Colourant C.I. colourant orange 64 content of 90 % or more by weight\n0 %\n31.12.2019\nex 3204 17 00\n17\nColourant C.I. Pigment Red 12 (CAS RN 6410-32-8) and preparations based thereon with a Colourant C.I. Pigment Red 12 content of 35 % or more by weight\n0 %\n31.12.2019\nex 3204 17 00\n23\nColourant C.I. Pigment Brown 41 (CAS RN 211502-16-8 or CAS RN 68516-75-6)\n0 %\n31.12.2019\nex 3204 17 00\n27\nColourant C.I. Pigment Blue 15:4 (CAS RN 147-14-8) and preparations based thereon, containing by weight 95 % or more of an organic dyestuff\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 3204 17 00\n50\nColourant C.I. Pigment Yellow 180 (CAS RN 77804-81-0) and preparations based thereon with a colourant C.I. Pigment Yellow 180 content of 90 % or more by weight\n0 %\n31.12.2019\n*ex 3204 19 00\n11\nPhotochromic dye, 3-(4-butoxyphenyl-6,7-dimethoxy-3-(4-methoxyphenyl)-13,13-dimethyl-3,13-dihydrobenzo[h]indeno[2,1-f]chromene-11-carbonitrile\n0 %\n31.12.2015\nex 3204 19 00\n12\nColourant C.I. Solvent Violet 49 (CAS RN 205057-15-4)\n0 %\n31.12.2019\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 %\n31.12.2019\n*ex 3204 19 00\n21\nPhotochromic dye, 4-(3-(4-butoxyphenyl)-6-methoxy-3-(4-methoxyphenyl)-13,13-dimethyl-11-(trifluoromethyl)-3,13-dihydrobenzo[h]indeno[2,1-f]chromen-7-yl)morpholine (CAS RN 1021540-64-6)\n0 %\n31.12.2019\n*ex 3204 19 00\n31\nPhotochromic dye, N-hexyl -6,7-dimethoxy-3,3-bis(4-methoxyphenyl)-13,13-dimethyl-3,13-dihydrobenzo[h]indeno[2,1-f]chromene-11-carboxamide\n0 %\n31.12.2015\n*ex 3204 19 00\n41\nPhotochromic dye, 4,4′-(13,13-dimethyl-3,13-dihydrobenzo[h]indeno[2,1-f]chromene-3,3-diyl)diphenol\n0 %\n31.12.2015\n*ex 3204 19 00\n51\nPhotochromic dye, 4-(4-(6,11-difluoro-13,13-dimethyl-3-phenyl-3,13-dihydrobenzo[h]indeno[2,1-f ]chromen-3-yl)phenyl)morpholine (CAS RN 1360882-72-6)\n0 %\n31.12.2015\nex 3206 19 00\n20\nColourant C.I. Pigment Blue 27 (CAS RN 14038-43-8)\n0 %\n31.12.2019\n*ex 3206 49 70\n10\nNon-aqueous dispersion, containing by weight:\n57 % or more but not more than 63 % of aluminium oxide (CAS RN 1344-28-1)\n37 % or more but not more than 42 % of titanium dioxide (CAS RN13463-67-7), and\n1 % or more but not more than 2 % of triethoxycaprylyl silane (CAS RN 2943-75-1)\n0 %\n31.12.2018\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 %\n31.12.2019\n*ex 3208 90 19\nex 3824 90 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 %\n31.12.2018\nex 3402 90 10\n10\nSurface-active mixture of methyltri-C8-C10-alkylammonium chlorides\n0 %\n31.12.2019\n*ex 3402 90 10\n60\nSurface-active preparation, containing 2-ethylhexyloxymethyl oxirane\n0 %\n31.12.2015\n*ex 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 %\n31.12.2019\n*ex 3506 91 00\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 %\n31.12.2019\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 %\n31.12.2019\n*ex 3701 30 00\n20\nPhotosensitive plate consisting of a photopolymer layer on a polyester foil of a total thickness of more than 0,43 mm but not more than 3,18 mm\n0 %\n31.12.2019\n*ex 3705 90 90\n10\nPhotomasks for photographically transferring circuit diagram patterns onto semiconductor wafers\n0 %\n31.12.2019\n*ex 3707 10 00\n45\nPhotosensitive emulsion consisting of cyclised polyisoprene containing:\n55 % or more but not more than 75 % by weight of xylene and\n12 % or more but not more than 18 % by weight of ethylbenzene\n0 %\n31.12.2019\n*ex 3707 10 00\n50\nPhotosensitive emulsion containing by weight:\n20 % or more but not more than 45 % of copolymers of acrylates and/or methacrylates and hydroxystyrene derivatives,\n25 % or more but not more than 50 % of organic solvent containing at least ethyl lactate and/or propylene glycolmethylether acetate,\n5 % or more but not more than 30 % of acrylates,\nnot more than 12 % of a photoinitiator\n0 %\n31.12.2019\n*ex 3707 90 90\n40\nAnti-reflection coating, in the form of an aqueous solution, containing by weight not more than:\n2 % of halogen-free alkyl sulphonic acid, and\n5 % of a fluorinated polymer\n0 %\n31.12.2019\n*ex 3707 90 90\n85\nRolls, containing:\na dry layer of a photosensitive acrylic resin,\non one side a poly(ethylene terephthalate) protecting foil and\non the other side a polyethylene protecting foil\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 3808 92 90\n50\nPreparations based on copper pyrithione (CAS RN 14915-37-8)\n0 %\n31.12.2019\n*ex 3808 93 23\n10\nHerbicide containing flazasulfuron (ISO) as an active ingredient\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 3809 92 00\n20\nDefoamer, consisting of a mixture of oxydipropanol and 2,5,8,11-tetramethyldodec-6-yn-5,8-diol\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\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 %\n31.12.2018\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 oil,\nhaving a total base number of 280 or more but not more than 420, for use in the manufacture of lubricating oils\n0 %\n31.12.2019\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 % 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 %\n31.12.2019\nex 3811 21 00\n57\nAdditives containing:\na polyisobutylene succinimide based mixture, and\nmore than 40 % 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 %\n31.12.2019\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 %\n31.12.2019\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 %\n31.12.2019\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\nby weight more than 15 % but not more than 28 % of light aromatic petroleum naphtha solvent,\nfor use in the manufacture of lubricating oils\n0 %\n31.12.2019\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\n0 %\n31.12.2019\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 %\n31.12.2019\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 %\n31.12.2019\nex 3811 29 00\n55\nAdditives consisting of reaction products of diphenylamine and branched nonenes with:\nby weight more than 28 % but not more than 35 % 4-monononyldiphenylamine, and\nby weight more than 50 % but not more than 65 % 4,4′-dinonyldiphenylamine,\nby weight a total percentage of 2, 4-dinonyldiphenylamine and 2, 4′-dinonyldiphenylamine of not more than 5 %,\nused for the manufacture of lubricating oils\n0 %\n31.12.2019\n*ex 3812 30 80\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 %\n31.12.2019\n*ex 3815 90 90\n70\nCatalyst, consisting of a mixture of (2-hydroxypropyl)trimethylammonium formate and dipropylene glycols\n0 %\n31.12.2019\n*ex 3815 90 90\n80\nCatalyst consisting predominantly of dinonylnaphthalenedisulphonic acid in the form of a solution in isobutanol\n0 %\n31.12.2015\n*ex 3824 90 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 %\n31.12.2019\n*ex 3824 90 92\nex 3824 90 93\n33\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 %\n31.12.2018\n*ex 3824 90 92\n34\nOligomer of tetrafluoroethylene, having one iodoethyl end-group\n0 %\n31.12.2018\n*ex 3824 90 92\n35\nPreparations containing not less than 92 % 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 %\n31.12.2016\n*ex 3824 90 92\n36\nCalcium phosphonate phenate, dissolved in mineral oil\n0 %\n31.12.2016\n*ex 3824 90 92\n37\nMixture of acetates of 3-butylene-1,2-diol with a content by weight of 65 % or more but not more than 90 %\n0 %\n31.12.2018\n*ex 3824 90 92\n39\nPreparations containing not less than 47 % by weight of 1,3:2,4-bis-O-benzylidene-D-glucitol\n0 %\n31.12.2016\n*ex 3824 90 92\n40\nMixture containing two or three of the following acrylates:\nurethane acrylates,\ntripropylene glycoldiacrylate,\nethoxylated bisphenol A acrylate and\npoly(ethyleneglycol) 400 diacrylate\n0 %\n31.12.2015\n*ex 3824 90 92\n41\nSolution of (chloromethyl)bis(4-fluorophenyl)methylsilane of a nominal concentration of 65 % in toluene\n0 %\n31.12.2015\n*ex 3824 90 92\n42\nPreparation of tetrahydro-α-(1-naphthylmethyl)furan-2-propionic acid (CAS RN 25379-26-4) in toluene\n0 %\n31.12.2018\n*ex 3824 90 92\n43\nPreparation, consisting of a mixture of 2,4,7,9-tetramethyldec-5-yne-4,7-diol and propan-2-ol\n0 %\n31.12.2015\n*ex 3824 90 92\n44\nPreparation containing by weight:\n85 % or more but not more than 95 % of α-4-(2-cyano-2-butoxycarbonyl)vinyl-2-methoxy-phenyl-ω-hydroxyhexa(oxyethylene), and\n5 % or more but not more than 15 % of polyoxyethylene (20) sorbitan monopalmitate\n0 %\n31.12.2015\n*ex 3824 90 92\n45\nPreparation consisting predominantly of γ-butyrolactone and quaternary ammonium salts, for the manufacture of electrolytic capacitors\n0 %\n31.12.2018\n*ex 3824 90 92\n46\nDiethylmethoxyborane (CAS RN 7397-46-8) in the form of a solution in tetrahydrofuran\n0 %\n31.12.2015\n*ex 3824 90 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 %\n31.12.2016\n*ex 3824 90 92\n48\nMixture of:\n3,3-bis(2-methyl-1-octyl-1H-indol-3-yl)phthalide (CAS RN 50292-95-0) and\nethyl-6′-(diethylamino)-3-oxo-spiro-[isobenzofuran-1(3H),9′-[9H]xanthene]-2′-carboxylate (CAS RN 154306-60-2)\n0 %\n31.12.2017\n*ex 3824 90 92\n49\nPreparation based on 2,5,8,11-tetramethyl-6-dodecyn-5,8-diol ethoxylate (CAS RN 169117-72-0)\n0 %\n31.12.2017\n*ex 3824 90 92\n50\nAlkyl carbonate-based preparation, also containing a UV absorber, for use in the manufacture of spectacle lenses\n0 %\n31.12.2017\n*ex 3824 90 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 %\n31.12.2018\n*ex 3824 90 92\n52\nPreparation, consisting of:\ndipropylene glycol\ntripropylene glycol\ntetrapropylene glycol and\npentapropylene glycol\n0 %\n31.12.2017\n*ex 3824 90 92\n53\nPreparations consisting predominantly of ethylene glycol and:\neither diethylene glycol, dodecandioic 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 dodecandioic acid, ammonia water and silicon oxide,\nfor the manufacture of electrolytic capacitors\n0 %\n31.12.2018\n*ex 3824 90 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 %\n31.12.2015\n*ex 3824 90 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 %\n31.12.2018\n*ex 3824 90 92\n56\nPoly(tetramethylene glycol) bis[(2-benzoyl-phenoxy)acetate] with an average polymer chain length of less than 5 monomer units\n0 %\n31.12.2019\n*ex 3824 90 92\n57\nPoly(ethylene glycol) bis(p-dimethyl)aminobenzoate with an average polymer chain length of less than 5 monomer units\n0 %\n31.12.2019\n*ex 3824 90 92\n58\n2-Hydroxybenzonitrile, in the form of a solution in N,N-dimethylformamide, containing by weight 45 % or more but not more than 55 % of 2-hydroxybenzonitrile\n0 %\n31.12.2018\n*ex 3824 90 92\n59\nPotassium tert-butanolate (CAS RN 865-47-4) in the form of a solution in tetrahydrofuran\n0 %\n31.12.2018\n*ex 3824 90 92\n60\nN2-[1-(S)-Ethoxycarbonyl-3-phenylpropyl]-N6-trifluoroacetyl-L-lysyl-N2-carboxy anhydride in a solution of dichloromethane at 37 %\n0 %\n31.12.2015\n*ex 3824 90 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 %\n31.12.2015\n*ex 3824 90 92\n62\nα-Phenoxycarbonyl-ω-phenoxypoly[oxy(2,6-dibromo-1,4-phenylene) isopropylidene(3,5-dibromo-1,4-phenylene)oxycarbonyl]\n0 %\n31.12.2018\n*ex 3824 90 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 %\n31.12.2016\n*ex 3824 90 92\n65\nMixture of primary tert-alkylamines\n0 %\n31.12.2019\n*ex 3824 90 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 %\n31.12.2019\n*ex 3824 90 92\n71\nPreparation consisting of:\n80 % 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 20 % by weight of toluene (CAS RN 108-88-3)\n0 %\n31.12.2018\n*ex 3824 90 92\n72\nN-(2-phenylethyl)-1,3-benzenedimethanamine derivatives (CAS RN 404362-22-7)\n0 %\n31.12.2018\n*ex 3824 90 92\n73\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]\n0 %\n31.12.2018\n*ex 3824 90 92\n74\nC6-24 and C16-18-unsaturated fatty acid esters with sucrose (sucrose polysoyate) (CAS RN 93571-82-5)\n0 %\n31.12.2018\n*ex 3824 90 92\nex 3906 90 90\n75\n87\nAqueous solution of polymers and ammonia consisting of:\n0,1 % or more but not more than 0,5 % by weight of ammonia (CAS RN 1336-21-6) and\n0,3 % or more but not more than 10 % by weight of polycarboxylate (linear polymers of acrylic acid)\n0 %\n31.12.2018\n*ex 3824 90 92\n78\nPreparation containing by weight either 10 % or more but not more than 20 % of lithiumfluorophosphate or 5 % or more but not more than 10 % of lithium perchlorate in mixtures of organic solvents\n0 %\n31.12.2018\n*ex 3824 90 92\n80\nDiethylene glycol propylene glycol triethanolamine titanate complexes (CAS RN 68784-48-5) dissolved in diethylene glycol (CAS RN 111-46-6)\n0 %\n31.12.2017\n*ex 3824 90 92\n81\nPreparation consisting of:\n50 % (±2 %) by weight of bis-alkoxylated ethyl acetoacetate aluminium chelates,\nin an ink oil (white mineral) solvent\nwith a boiling point of 160 °C or more but not more than 180 °C\n0 %\n31.12.2018\n*ex 3824 90 92\nex 3824 90 93\n86\n57\nLiquid crystal mixture for use in the manufacture of displays\n0 %\n31.12.2017\n*ex 3824 90 93\n35\nParaffin with a level of chlorination of 70 % or more\n0 %\n31.12.2019\n*ex 3824 90 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 %\n31.12.2018\n*ex 3824 90 93\n45\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,\nor an organic complex of tungsten\nor an organic complex of molybdenum\n0 %\n31.12.2018\n*ex 3824 90 93\n47\n2,4,7,9-Tetramethyldec-5-yne-4,7-diol, hydroxyethylated\n0 %\n31.12.2019\n*ex 3824 90 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 %\n31.12.2018\n*ex 3824 90 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 %\n31.12.2017\n*ex 3824 90 93\n65\nMixture of phytosterols derived from wood and wood based oils (tall oil), in the form of powder with a particle size not more than 300 μm, 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,\nnot more than 15 % of betasitostanols\n0 %\n31.12.2017\n*ex 3824 90 93\n70\nOligomeric reaction product, consisting of bis(4-hydroxyphenyl) sulfone and 1,1′-oxybis(2-chloroethane)\n0 %\n31.12.2019\n*ex 3824 90 93\n73\nOligomer of tetrafluoroethylene, having tetrafluoroiodoethyl end-groups\n0 %\n31.12.2018\n*ex 3824 90 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 %\n31.12.2019\n*ex 3824 90 93\n77\nPowder mixture containing by weight:\n85 % or more of zinc diacrylate (CAS RN 14643-87-9)\nand not more than 5 % of 2,6-di-tert-butyl-alpha-dimethylamino-p-cresol (CAS RN 88-27-7)\n0 %\n31.12.2018\n*ex 3824 90 93\nex 3824 90 96\n80\n67\nFilm containing oxides of barium or calcium combined with either oxides of titanium or zirconium, in an acrylic binding material\n0 %\n31.12.2019\n*ex 3824 90 93\nex 3824 90 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 %\n31.12.2017\n*ex 3824 90 93\nex 3824 90 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 %\n31.12.2018\n*ex 3824 90 96\n35\nCalcined bauxite (refractory grade)\n0 %\n31.12.2018\n*ex 3824 90 96\n37\nStructured silica alumina phosphate\n0 %\n31.12.2019\n*ex 3824 90 96\n43\nAqueous dispersion, containing by weight:\n76 % (± 0,5 %) of silicon carbide (CAS RN 409-21-2)\n4,6 % (± 0,05 %) of aluminium oxide (CAS RN 1344-28-1) and\n2,4 % (± 0,05 %) of yttrium oxide (CAS RN 1314-36-9)\n0 %\n31.12.2016\n*ex 3824 90 96\n45\nMixture of:\nbasic zirconium carbonate (CAS RN 57219-64-4) and\ncerium carbonate (CAS RN 537-01-9)\n0 %\n31.12.2016\n*ex 3824 90 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 %\n31.12.2018\n*ex 3824 90 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 %\n31.12.2017\n*ex 3824 90 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 %\n31.12.2018\n*ex 3824 90 96\n60\nFused magnesia containing by weight 15 % or more of dichromium trioxide\n0 %\n31.12.2016\n*ex 3824 90 96\n63\nCatalyst containing by weight of\n52 % (± 10 %) of Cuprous Oxide (CAS RN 1317-39-1),\n38 % (± 10 %) of Cupric Oxide (CAS RN 1317-38-0) and\n10 % (± 5 %) of Metallic Copper (CAS RN 7440-50-8)\n0 %\n31.12.2018\n*ex 3824 90 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,\nor 4 mm or more but not more than 6 mm\n0 %\n31.12.2018\n*ex 3824 90 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 %\n31.12.2019\n*ex 3824 90 96\n75\nHollow spheres of fused aluminosilicate containing 65-80 % amorphous aluminosilicate, with the following characteristics:\na melting point of between 1 600 °C and 1 800 °C,\na density of 0,6- 0,8 g/cm3,\nfor use in the manufacture of particle filters in motor vehicles\n0 %\n31.12.2018\n*ex 3824 90 96\n77\nPreparation, consisting of 2,4,7,9-tetramethyldec-5-yne-4,7-diol and silicon dioxide\n0 %\n31.12.2019\n*ex 3824 90 96\n79\nPaste containing by weight:\n75 % or more, but not more than 85 % of copper,\ninorganic oxides,\nethyl cellulose, and\na solvent\n0 %\n31.12.2017\n*ex 3824 90 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 %\n31.12.2017\n*ex 3901 10 10\n10\nLinear low-density polyethylene/LLDPE (CAS RN 9002-88-4) in the form of powder, with\n5 % or less by weight of comonomer,\na melt flow rate of 15 g/10 min or more, but not more than 60 g/10 min and\na density of 0,924 g/cm3 or more, but not more than 0,928 g/cm3\n0 %\n30.6.2015\nex 3901 10 10\nex 3901 90 90\n20\n50\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 16 g/10 min or more, but not more than 24 g/10 min and\na density (ASTM D 1505) of 0,922 g/cm3 or more, but not more than 0,926 g/cm3 and\na vicat softening temperature of min. 94 °C\n0 %\n30.6.2015\n*ex 3901 90 90\n30\nLinear low-density polyethylene/LLDPE (CAS RN 9002-88-4) in the form of powder, with\nmore than 5 %, but not more than 8 % by weight of comonomer,\na melt flow rate of 15 g/10 min or more, but not more than 60 g/10 min and\na density of 0,924 g/cm3 or more, but not more than 0,928 g/cm3\n0 %\n30.6.2015\n*ex 3901 90 90\n40\nCopolymer of ethylene and 1-hexene only (CAS RN 25213-02-9):\ncontaining more than 5 % but not more than 20 % by weight of 1-hexene,\nof a specific gravity of not more than 0,93,\nmanufactured using a metallocene catalyst\n0 %\n30.6.2015\n*ex 3902 10 00\n40\nPolypropylene, containing no plasticiser:\nof a tensile strength: of 32-60 MPa (as determined by the ASTM D638 method);\nof a flexural strength of 50-90 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 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 3903 19 00\n30\nCrystalline polystyrene with a melting point of 268 °C or more but not more than 272 °C and a setting point of 232 °C or more but not more than 242 °C, whether or not containing additives and filling material\n0 %\n31.12.2016\n*ex 3903 90 90\n15\nCopolymer in the form of granules containing by weight:\n78 ± 4 % styrene,\n9 ± 2 % n-butyl acrylate,\n11 ± 3 % n-butyl methacrylate,\n1,5 ± 0,7 % methacrylic acid and\n0,01 % or more but not more than 2,5 % of polyolefinic wax\n0 %\n31.12.2016\n*ex 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 %\n31.12.2016\n*ex 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 %\n31.12.2016\n*ex 3904 10 00\n20\nPoly(vinyl chloride) powder, not mixed with any other substances or containing any vinyl acetate monomers, with:\na degree of polymerisation of 1 000 (± 300) monomer units,\na coefficient of heat transmission (K-value) of 60 or more, but not more than 70,\na volatile material content of less than 2,00 % by weight,\na sieve non-passing fraction at a mesh width of 120 μm of not more than 1 % by weight,\nfor use in the manufacture of battery separators\n0 %\n31.12.2019\n*ex 3904 50 90\n92\nVinylidene-chloride methacrylate co-polymer for use in the manufacture of monofilaments\n0 %\n31.12.2019\n*ex 3906 90 90\n41\nPoly(alkyl acrylate) with an ester alkyl chain of C10 to C30\n0 %\n31.12.2019\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 %\n31.12.2019\nex 3907 20 20\nex 3907 20 99\n50\n75\nPoly(p-phenylene oxide) in the form of powder\nwith a glass transition temperature 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 %\n31.12.2019\nex 3907 20 99\n70\nα-[3-(3-Maleimido-1-oxopropyl)amino]propyl-ω-methoxy, polyoxyethylene (CAS RN 883993-35-9)\n0 %\n31.12.2019\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 %\n31.12.2019\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 %\n31.12.2019\n*ex 3907 91 90\n10\nDiallyl phthalate prepolymer, in powder form\n0 %\n31.12.2019\nex 3907 99 90\n40\nPolycarbonate of phosgene, bisphenol A, resorcinol, isophthaloyl chloride, terephthaloyl chloride andpolysiloxane, with p-cumylphenolendcaps, and a weight average molecular weight (Mw) of 24 100 or more but not more than 25 900\n0 %\n31.12.2019\n*ex 3907 99 90\n70\nCopolymer of poly(ethylene terephthalate) and cyclohexane dimethanol, containing more than 10 % by weight of cyclohexane dimethanol\n0 %\n31.12.2019\n*ex 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 functionalised mono-functional (metha) acrylates\n0 %\n31.12.2019\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 %\n31.12.2019\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 %\n31.12.2019\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 %\n31.12.2019\n*ex 3910 00 00\n60\nPolydimethylsiloxane, whether or not polyethylene glycol and trifluoropropyl substituted, with methacrylate end groups\n0 %\n31.12.2019\nex 3910 00 00\n80\nMonomethacryloxypropylterminated poly(dimethylsiloxane)\n0 %\n31.12.2019\nex 3911 90 19\n50\nPolycarboxylate sodium salt of 2,5-furandione and 2,4,4-trimethylpentene in powder form\n0 %\n31.12.2019\n*ex 3911 90 99\n31\nCopolymers of butadiene and maleic acid, whether or not containing its ammonium salts\n0 %\n31.12.2015\n*ex 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 %\n31.12.2019\n*ex 3917 40 00\n91\nPlastic connectors containing O-rings, a retainer clip and a release system for insertion into car fuel hoses\n0 %\n31.12.2019\n*ex 3919 10 80\n23\nReflecting film, consisting of several layers including:\npoly(vinyl chloride);\npolyurethane with, on one side, imprints against counterfeiting, alteration or substitution of data or duplication, and on the other side, a layer of glass microspheres;\na layer incorporating a security and/or official mark which changes appearance with angle of view;\nmetallised aluminium;\nand adhesive, covered on one side with a release liner\n0 %\n31.12.2015\n*ex 3919 10 80\nex 3919 90 00\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 %\n31.12.2019\n*ex 3919 10 80\n32\nPolytetrafluoroethylene film:\nwith a thickness of 110 μm or more,\nwith a surface resistance of between 102-1014 ohms as determined by test method ASTM D 257,\ncoated on one side with an acrylic pressure sensitive adhesive\n0 %\n31.12.2015\n*ex 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 %\n31.12.2015\n*ex 3919 10 80\nex 3919 90 00\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 %\n31.12.2015\n*ex 3919 10 80\nex 3919 90 00\n85\n28\nPoly(vinyl chloride) or polyethylene or any other polyolefine film:\nof a thickness of 65 μm or more,\ncoated on one side with an acrylic UV-sensitive adhesive and a polyester liner\n0 %\n31.12.2019\n*ex 3919 90 00\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 %\n31.12.2019\n*ex 3919 90 00\n29\nPolyester film coated on both sides with an acrylic and/or rubber (pressure sensitive) adhesive put up in rolls of a width of 45,7 cm or more but not more than 132 cm (supplied with a release liner)\n0 %\n31.12.2019\n*ex 3919 90 00\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 %\n31.12.2018\n*ex 3919 90 00\n37\nUV-absorbing film of poly (vinyl chloride):\nwith a thickness of 78 μm or more,\ncovered on one side with an adhesive layer and with a release sheet,\nwith an adhesive strength of 1 764 mN/25 mm or more\n0 %\n31.12.2019\n*ex 3919 90 00\nex 3921 90 60\n44\n95\nPrinted laminated sheet\nwith a core layer of glass fabric, coated on each side with a layer of poly(vinyl chloride),\non one side covered with a layer of poly(vinyl fluoride),\nwhether or not with a pressure sensitive adhesive layer and a release film on the other side,\nwith a toxicity (as determined by test method ABD 0031) of not more than 50 ppm hydrogen fluoride, not more than 85 ppm hydrogen chloride, not more than 10 ppm hydrogen cyanide, not more than 10 ppm nitrogen oxides, not more than 300 ppm carbon monoxide and not more than 10 ppm dihydrogen sulphide and sulphur dioxide taken together,\nwith a flammability within 60 seconds of not more than 110 mm (as determined by test method FAR 25 App.F Pt. I Amdt.83), and\nwith a weight (without release film) of 490 g/m2 (± 45 g/m2) without adhesive layer or of 580 g/m2 (± 50 g/m2) with pressure sensitive layer\n0 %\n31.12.2017\n*ex 3920 20 29\n93\nMono-axial oriented film, consisting of three layers, each layer consisting of a mixture of polypropylene and a copolymer of ethylene and vinyl acetate, having:\na thickness of 55 μm or more but not more than 97 μm,\na tensile modulus in the machine direction of 0,75 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 0,55 GPa\n0 %\n31.12.2019\n*ex 3920 62 19\n81\nPoly(ethyleneterephthalate) film:\nof a thickness of not more than 20 μm,\ncoated on at least one side with a gas barrier layer consisting of:\na polymeric matrix in which silica has been dispersed and of a thickness of not more than 2 μm, or\na silica layer which is deposited through vapour deposition and of a thickness of not more than 1 μm\n0 %\n31.12.2017\n*ex 3920 91 00\n51\nPoly(vinyl butyral) film containing by weight 25 % or more but not more than 28 % of tri-isobutyl phosphate as a plasticiser\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 3921 90 55\nex 7019 40 00\nex 7019 40 00\n25\n21\n29\nPrepreg sheets or rolls containing polyimide resin\n0 %\n31.12.2019\n*ex 3921 90 55\n30\nPrepreg sheets or rolls containing brominated epoxy resin reinforced with glass fabric, having\na flow of not more than 3,6 mm (as determined by IPC-TM 650.2.3.17.2), and\na glass transition temperature (Tg) of more than 170 °C (as determined by IPC-TM 650.2.4.25)\nfor use in the manufacture of printed circuit boards\n0 %\n31.12.2015\nex 3926 90 97\nex 8543 90 00\n31\n60\nHousings, housing parts, drums, setting wheels, frames, covers and other parts of acrylonitrile-butadiene-styrene for use in the manufacture of remote controls\n0 %\n31.12.2019\nex 3926 90 97\nex 8538 90 99\n37\n40\nPolycarbonate control interface buttons for steering pad switches coated on the outside with scratch resistant paint\n0 %\n31.12.2019\n*ex 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 %\n31.12.2018\nex 5503 90 00\n30\nTrilobal poly(thio-1,4-phenylene) fibres\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 5911 90 90\n40\nMulti-layered non-woven polyester polishing pads, impregnated with polyurethane\n0 %\n31.12.2019\n*ex 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 %\n31.12.2018\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 %\n31.12.2019\nex 7009 10 00\n20\nLayered glass with mechanical dimming ability by different angles of incident light comprising:\na 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 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 7325 99 10\n20\nAnchor head of hot dipped galvanised ductile cast iron of the kind used in the production of earth anchors\n0 %\n31.12.2019\n*ex 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 %\n31.12.2016\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 %\n31.12.2019\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 %\n31.12.2019\nex 8103 90 90\n10\nTantalum sputtering target with:\na Copper-Chromium alloy backingplate,\na diameter of 312 mm, and\na thickness of 6,3 mm\n0 %\n31.12.2019\n*ex 8108 90 30\n10\nTitanium alloy rods complying with standard EN 2002-1, EN 4267 or DIN 65040\n0 %\n31.12.2019\nex 8108 90 50\n15\nAlloy of titanium, copper, tin, silicon, and niobium containing by weight:\n0,8 % or more but not more than 1,2 % of copper,\n0,9 % or more but not more than 1,15 % of tin,\n0,25 % or more but not more than 0,45 % of silicon and\n0,2 % or more but not more than 0,35 % of niobium,\nin sheets, plates, strips or foil\n0 %\n31.12.2019\nex 8207 19 10\n10\nInserts for drilling tools with working parts of agglomerated diamonds\n0 %\n31.12.2019\nex 8401 40 00\n10\nStainless steel absorber control rods, filled with neutron absorbing chemical elements\n0 %\n31.12.2019\n*ex 8405 90 00\nex 8708 21 10\nex 8708 21 90\n10\n10\n10\nMetal casing for automobile safety belt pre-tension gas generators\n0 %\n31.12.2019\n*ex 8409 91 00\nex 8409 99 00\n10\n20\nExhaust manifold complying with standard DIN EN 13835, whether or not with turbine housing, with four inlet ports, for use in the manufacture of exhaust manifold that is turned, milled, drilled and/or processed by other means\n0 %\n31.12.2016\n*ex 8411 99 00\n50\nActuator for a single-stage turbocharger:\nwith a built-in conducting horn and connecting sleeve,\nof a stainless steel alloy,\nwhether or not with conducting horns 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 %\n31.12.2018\nex 8413 91 00\n30\nFuel pump cover:\nconsisting of aluminum alloys,\nwith a diameter of 38 mm or 50 mm,\nwith two concentric, annular grooves formed on its surface,\nanodised,\nof a kind used in motor vehicles with petrol engines\n0 %\n31.12.2019\n*ex 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 cm3, of the type used in refrigeration equipment\n0 %\n31.12.2019\n*ex 8414 90 00\n20\nAluminium pistons, for incorporation into compressors of air conditioning machines of motor vehicles\n0 %\n31.12.2019\n*ex 8418 99 10\n50\nEvaporator composed of aluminium fins and a copper coil of the kind used in refrigeration equipment\n0 %\n31.12.2019\n*ex 8418 99 10\n60\nCondenser composed of two concentric copper tubes of the kind used in refrigeration equipment\n0 %\n31.12.2019\nex 8421 21 00\n20\nWater pre-treatment system comprising one or more of the following elements, whether or not incorporating modules for sterilisation and sanitisation of these elements:.\nUltrafiltration system\nCarbon filtration system\nWater softener system\nfor use in a biopharmaceutical laboratory\n0 %\n31.12.2019\n*ex 8467 99 00\nex 8536 50 11\n10\n35\nMechanical switches for connecting electrical circuits, with:\na voltage of 14,4 V or more but not more than 42 V,\nan amperage of 10 A or more but not more than 42 A,\nfor use in the manufacture of machines falling within heading 8467\n0 %\n31.12.2019\nex 8479 89 97\n60\nBioreactor for biopharmaceutical cell culture (having interior surfaces of type 316L austenitic stainless steel) with a process capacity of 50 litres, 500 litres, 3 000 litres or 10 000 litres, whether or not combined with a ‘clean-in-process’ system\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\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 %\n31.12.2019\nex 8482 10 10\n20\nBall bearings:\nwith an internal diameter of 10 mm or more,\nwith an external diameter of not more than 30 mm,\nwith a width of not more than 10 mm,\nwhether or not equipped with a duster,\nfor use in the manufacture of belt drive steering systems of motor\n0 %\n31.12.2019\n*ex 8501 10 99\n82\nDC motor, brushless, with an external diameter of not more than 29 mm, a rated speed of 1 500 (±15 %) rpm or 6 800 (±15 %) rpm, a supply voltage of 2 V or 8 V\n0 %\n31.12.2019\n*ex 8501 31 00\n40\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 25 V\n0 %\n31.12.2019\n*ex 8501 31 00\nex 8501 32 00\nex 8501 33 00\n65\n50\n55\nFuel cell module containing at least polymer electrolyte membrane fuel cells whether or not in a housing with an integrated cooling system, for use in the manufacture of motor vehicle propulsion systems\n0 %\n31.12.2018\n*ex 8501 31 00\n70\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 650 W,\na torque at 20 °C of 2,00 Nm or more, but not more than 5,30 Nm,\na rated speed at 20 °C of 600 rpm or more, but not more than 3 100 rpm,\nequipped with the rotor angle position sensor of resolver type or Hall effect type,\nof the kind used in power steering systems for cars\n0 %\n31.12.2017\n*ex 8503 00 99\n35\nTransmitter resolver for brushless motors of electrical power steering\n0 %\n31.12.2019\nex 8503 00 99\n60\nEngine cover for electronic belt drive steering system of galvanised steel with a thickness of not more than 2,5 mm (± 0,25 mm)\n0 %\n31.12.2019\nex 8504 50 95\n60\nVoice coil mechanism, of lacquered winding wire of copper or aluminum, around a coil former, provided with electric conductive lead wires, of a kind used in car loudspeakers\n0 %\n31.12.2019\nex 8504 90 11\n20\nReactor cores for use in a High Voltage Direct Current thyristor converter\n0 %\n31.12.2019\nex 8504 90 99\n20\nThyristor SGCT (Symmetric Gate-Commutated Thyristor) with integrated gate driver:\nbeing a power electronic circuit mounted on the PCB, equipped with SGCT thyristor and electric and electronic components,\nhaving an ability to block the voltage — 6 500 V — in both directions (conducting and the reverse direction)\nof a kind used in medium voltagestatic converters (rectifiers and inverters)\n0 %\n31.12.2019\n*ex 8505 11 00\n33\nPermanent magnets consisting of an alloy of neodymium, iron and boron, either in the shape of a rounded rectangle with\na length of not more than 90 mm,\na width of not more than 90 mm and\na height of not more than 55 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 %\n31.12.2018\nex 8505 11 00\n45\nA quarter sleeve, intended to become permanent magnet after magnetisation,\nconsisting of at least neodymium, praseodym, iron, boron, dysprosium, aluminium and cobalt,\nwith a width of 9,2 mm (– 0,1)\nwith a length of 20 mm (+0,1) or 30 mm (+ 0,1)\nof a kind used on rotors for the manufacture of fuel pumps\n0 %\n31.12.2019\n*ex 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 %\n31.12.2018\n*ex 8505 11 00\n80\nArticles in the form of a triangle, square or rectangle, intended to become permanent magnets after magnetisation, containing neodymium, iron and boron, with dimensions of:\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,\na height of 2 mm or more but not more than 55 mm\n0 %\n31.12.2018\n*ex 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 %\n31.12.2018\n*ex 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\n0 %\n31.12.2019\nex 8507 60 00\nex 8507 80 00\n45\n20\nRechargeable Lithium-ion Polymer Battery with:\na nominal capacity of 1 060 mAh,\na nominal voltage of 7,4 V (average voltage at 0,2 C discharge),\na charging voltage of 8,4 V (±0,05),\na length of 86,4 mm ((±0,1),\na width of 45 mm (±0,1),\na height of 11 mm (±0,1),\nfor use in the manufacture of cash registers\n0 %\n31.12.2019\nex 8511 30 00\n20\nIgniter integrated coil assembly with:\nan igniter,\na coil on plug assembly with an integrated mounting bracket,\na housing,\na length of 140 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 14 (+/– 0,1) V\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\nex 8518 21 00\n20\nLoudspeaker of\nimpedance 4 Ohm or more but not exceeding 16 Ohm,\nnominal power of 2 W or more but not exceeding 20 W,\nwith or without plastic bracket, and\nelectric wired with a connector or wireless,\nmounted on a cabinet for use in the manufacture of TV sets and video monitors\n0 %\n31.12.2019\n*ex 8518 40 80\n91\nCircuit board sub-assembly, comprising digital audio signal decoding, audio signal processing and amplification with dual and/or multi-channel functionality\n0 %\n31.12.2019\nex 8518 90 00\n30\nMagnet system consisting of:\na steel coreplate, in the form of a disk on one side provided with a cylinder\na neodymium magnet\nan upper plate\na lower plate\nof a kind used in car loudspeakers\n0 %\n31.12.2019\nex 8518 90 00\n40\nLoudspeaker cone, made from paper pulp or polypropylene, with accompanying dust caps, of a kind used in car loudspeakers\n0 %\n31.12.2019\nex 8518 90 00\n50\nDiaphragm for an electrodynamic speaker with\nan outside diameter of 25 mm or more but not more than 250 mm,\na resonance frequency of 20 Hz or more but not more than 150 Hz,\na total height of 5 mm or more but not more than 50 mm,\nan edge thickness of 0,1 mm or more but not more than 3 mm\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 8522 90 49\nex 8527 99 00\nex 8529 90 65\n60\n10\n25\nPrinted circuit board assembly comprising:\na radio tuner (capable of receiving and decoding radio signals and transmitting those signals within the assembly) without signal processing capabilities,\na microprocessor capable of receiving remote control messages and controlling the tuner chipset,\nfor use in the manufacture of home entertainment systems\n0 %\n31.12.2019\n*ex 8522 90 49\nex 8527 99 00\nex 8529 90 65\n65\n20\n40\nPrinted circuit board subassembly, comprising:\na radio tuner, capable of receiving and decoding radio signals and transmitting those signals within the assembly, with a signal decoder,\na radio frequency (RF) remote control receiver,\nan infrared remote control signal transmitter,\na SCART signal generator\na TV state sensor\nfor use in the manufacture of home entertainment systems\n0 %\n31.12.2019\n*ex 8525 80 19\n25\nLong wavelength infrared camera (LWIR camera) (according to ISO/TS 16949), with:\na sensitivity in the wavelength area of 8 μm or more, but not more than 14 μm,\na resolution of 324 × 256 pixels,\na weight of not more than 400 g,\nmeasurements of not more than 70 mm × 67 mm × 75 mm,\na waterproof housing and an automotive- qualified plug and\na deviation of the output signal over the entire work temperature range of not more than 20 %\n0 %\n31.12.2019\n*ex 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 %\n31.12.2018\n*ex 8525 80 19\n35\nImage scanning cameras, using:\na ‘Dynamic overlay lines’ system,\nan output NTSC video signal,\na voltage of 6,5 V,\nan illuminance of 0,5 lux or more\n0 %\n31.12.2019\n*ex 8525 80 19\n50\nRemote camera head, whether or not contained in a housing\nwith dimensions (without cable socket) of not more than 27 × 30 × 38,5 mm (width × height × length),\nwith three MOS imaging sensors with two or more effective megapixels per sensor and a prism block for distribution of the RGB spectrum colours to the three sensors,\nwith a C-Mount lens mount,\nwith a weight of not more than 70 g,\nwith an LVDS digital video output,\nwith a permanent EEPROM memory for local storage of calibration data for colour rendering and defective pixel compensation\nfor use in the manufacture of miniaturised industrial camera systems\n0 %\n31.12.2018\nex 8527 21 59\nex 8527 29 00\n10\n20\nAssembly consisting of at least:\na printed circuit board,\na radio-tuner,\naudio frequency amplifier\nfor incorporation into motor vehicle entertainment systems\n0 %\n31.12.2019\nex 8527 29 00\nex 8543 70 90\n30\n13\nIntegrated audio head unit with a digital video output for connection to an LCD touch screen monitor, interfaced over the Controller Area Network (CAN) and operated on medium and high speed CAN bus, with or without\na printed circuit board (PCB) containing a Global Positioning System (GPS) receiver, a gyroscope, and a Traffic Message Channel (TMC) tuner,\na hard disk drive supporting multiple maps,\nFlash Memory\na DAB HD radio\nWi-Fi Hot Spot technology\na Voice recognition system\nSMS Text read out technology\nand including\nBluetooth, MP3 and USB input connectivity,\na voltage of 10 V or more but not more than 16 V,\nfor the use in the manufacture of vehicles in Chapter 87\n0 %\n30.6.2015\n*ex 8527 91 99\nex 8529 90 65\n10\n35\nAssembly consisting of at least:\nan audio frequency amplifier unit, comprising at least an audio frequency amplifier and a sound generator,\na transformer and\na radio broadcast receiver\n0 %\n31.12.2019\nex 8528 59 70\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 %\n31.12.2019\n*ex 8529 90 65\n45\nSatellite radio receiver module transforming satellite high frequency signals to digital audio coded signal, for use in the manufacture of products falling within heading 8527\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 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 %\n31.12.2019\nex 8529 90 92\n55\nOLED modules, consisting of one or more TFT glass or plastic cells, containing organic material, not combined with touch screen facilities and one or more printed circuit boards with control electronics for pixel addressing, of a kind used in the manufacture of TV sets and monitors\n0 %\n31.12.2019\nex 8529 90 92\n65\nOLED display consisting of:\nthe organic layer with organic LEDs,\ntwo conductive layers on electron transfer and electron holes,\nlayers of transistors (TFT) with resolution of 1 920 × 1 080\nanode and cathode for power supply of organic diodes,\nRGB filter,\nglass or plastic protective layer,\nwithout the electronics for pixel addressing,\nfor use in the manufacture of goods of headings 8528\n0 %\n31.12.2019\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 %\n31.12.2017\n*ex 8536 50 80\n81\nMechanical speed governor switches for connecting electrical circuits, with:\na voltage of 240 V or more but not more than 250 V,\nan amperage of 4 A or more but not more than 6 A,\nfor use in the manufacture of machines falling within heading 8467\n0 %\n31.12.2019\n*ex 8536 50 80\n82\nMechanical switches for connecting electrical circuits, with:\na voltage of 240 V or more but not more than 300 V,\nan amperage of 3 A or more but not more than 15 A,\nfor use in the manufacture of machines falling within heading 8467\n0 %\n31.12.2019\n*ex 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 %\n31.12.2019\n*ex 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 %\n31.12.2016\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 %\n31.12.2017\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 %\n31.12.2019\n*ex 8538 90 99\n95\nCopper base plate, of a kind used as a heat sink in the manufacture of IGBT modules containing more components than IGBT chips and diodes with a voltage of 650 V or more but not more than 1 200 V\n0 %\n31.12.2018\n*ex 8543 90 00\n20\nStainless steel cathode in the form of a plate with a hanger bar, whether or not with plastic side strips\n0 %\n31.12.2019\n*ex 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 %\n31.12.2018\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 %\n31.12.2019\nex 8544 30 00\n50\nMulti-measurement wire harness:\nof a voltage of 5 V or more but not more than 90 V,\ncapable of transmitting information via the CAN protocol,\nfor use in the manufacture of vehicles of heading 8711\n0 %\n31.12.2019\n*ex 8714 91 10\nex 8714 91 10\nex 8714 91 10\n23\n33\n70\nFrame, constructed from aluminium or aluminium and carbon fibres, for the use in the manufacture of bicycles\n0 %\n31.12.2018\n*ex 8714 91 30\nex 8714 91 30\nex 8714 91 30\n23\n33\n70\nAluminium front forks for use in the manufacture of bicycles\n0 %\n31.12.2018\nex 9001 50 41\nex 9001 50 49\n10\n10\nOrganic uncut corrective eyeglass lens, both sides finished, round in shape:\nof a diameter of 4,9 cm or more but not more than 8,2 cm,\nof a total thickness of 0,5 cm or more but not more than 1,2 cm,\nof a kind used to be processed in order to be adapted to a pair of glasses\n1,45 %\n31.12.2019\nex 9001 50 80\n10\nOrganic uncut corrective eyeglass lens, one side finished only, round in shape:\nof a diameter of 5,9 cm or more but not more than 8,5 cm,\nof a total thickness of 1,2 cm or more but not more than 2,7 cm,\nof a kind used to be processed in order to be adapted to a pair of glasses\n0 %\n31.12.2019\n*ex 9001 90 00\n65\nOptical film with a minimum of 5 multi-layer structures, including a back side reflector, a front side coating and a contrast filter with a pitch of not more than 0,65 μm, for use in the manufacture of front projection screens\n0 %\n31.12.2019\nex 9013 80 90\n10\nElectronic semiconductor micro-mirror in a housing suitable for the automatic printing of conductor boards, mainly consisting of a combination of:\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 %\n31.12.2019\nex 9025 80 40\n40\nElectronic temperature, atmospheric pressure and humidity sensor (environmental sensor) in a housing suitable for the automatic printing of conductor boards, mainly consisting of a combination of:\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 %\n31.12.2019\nex 9031 80 34\n40\nSemiconducting camshaft position sensor, with:\na moulded plastic outer casing,\nan operational voltage of the control unit of 4,5 or more, but not more than 7 VCC,\nfor use in the manufacture of vehicles of Chapter 87\n0 %\n31.12.2019\n*ex 9031 80 38\n20\nElectronic semiconductor accelerometer in a housing, mainly consisting of\na combination of one or more monolithic application-specific integrated circuits (ASIC) and\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 under Chapters 84 - 90 and 95\n0 %\n31.12.2018\nex 9031 80 38\n30\nCombined electronic acceleration- and geomagnetic sensor, in a housing suitable for the automatic printing of conductor boards, mainly consisting of a combination of:\none or more monolithic application-specific integrated circuits (ASIC) and\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 under Chapters 84-90 and 95\n0 %\n31.12.2019\nex 9031 80 38\n40\nElectronic accelerometer and magnetic field and angular-speed detector (orientation-sensor) in a housing suitable for the automatic printing of conductor boards, mainly consisting of an inseparable combination of:\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 %\n31.12.2019",
  "extent": "E+W+S+N.I.",
  "status": null,
  "version": "current",
  "annotations": [
    {
      "type": "footnote",
      "label": "f1",
      "text": "Suspension of duties is subject to Articles 291 to 300 of Commission Regulation (EEC) No 2454/93 of 2 July 1993 laying down provisions for the implementation of Council Regulation (EEC) No 2913/92 establishing the Community Customs Code (OJ L 253, 11.10.1993, p. 1)."
    }
  ],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eur/2014/1341/annex/I",
    "retrieved_at": "2026-11-01T14:47:01.814860+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."
}