{
  "url": "https://openlegislation.uk/eu-regulation-2018-914/annex-II",
  "json_url": "https://openlegislation.uk/eu-regulation-2018-914/annex-II.json",
  "legislation": "eur/2018/914",
  "legislation_title": "Council Regulation (EU) 2018/914 of 25 June 2018 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-2018-914",
  "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 and TARIC codes indicated in the first and second columns of that table, respectively:\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).’\nCN code\nTARIC\nDescription\nRate of autonomous duty\nSupplementary Unit\nDate foreseen for mandatory review\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 %\n—\n31.12.2022\nex 2106 90 98\n47\nPreparation, having a moisture content of 1 % or more, but not more than 4 %, and containing by weight:\n15 % or more, but not more than 35 % of buttermilk,\n20 % (± 10 %) of lactose,\n20 % (± 10 %) of whey protein concentrate,\n15 % (± 10 %) of cheddar cheese,\n3 % (± 2 %) of salt,\n0,1 % or more, but not more than 10 % of lactic acid E270,\n0,1 % or more, but not more than 10 % of gum arabic E414,\nfor use in the manufacture of products of the food and drink industry\n0 %\n—\n31.12.2022\nex 2712 90 99\n10\nBlend of 1-alkenes (alpha-olefins) (CAS RN 131459-42-2) containing by weight 80 % or more of 1-alkenes of a chain length of 24 carbon atoms or more, but not exceeding 64 carbon atoms containing by weight more than 72 % 1-alkenes with more than 28 carbon atoms\n0 %\n—\n31.12.2022\nex 2841 90 30\n10\nPotassium metavanadate (CAS RN 13769-43-2)\n0 %\n—\n31.12.2022\nex 2842 10 00\n50\nFluorphlogopite (CAS RN 12003-38-2)\n0 %\n—\n31.12.2022\nex 2842 90 80\n30\nAluminum trititanium dodecachloride (CAS RN 12003-13-3)\n0 %\n—\n31.12.2022\nex 2903 99 80\n60\n1,1′-methanediylbis(4-fluorobenzene) (CAS RN 457-68-1)\n0 %\n—\n31.12.2022\nex 2905 29 90\n10\nCis-hex-3-en-1-ol (CAS RN 928-96-1)\n0 %\n—\n31.12.2022\nex 2906 29 00\n50\n2,2′-(m-phenylene)dipropan-2-ol (CAS RN 1999-85-5)\n0 %\n—\n31.12.2022\nex 2907 29 00\n75\nBiphenyl-4,4′-diol (CAS RN 92-88-6)\n0 %\n—\n31.12.2018\nex 2912 29 00\n35\nCinnamaldehyde (CAS RN 104-55-2)\n0 %\n—\n31.12.2022\nex 2912 29 00\n45\np-Phenylbenzaldehyde (CAS RN 3218-36-8)\n0 %\n—\n31.12.2022\nex 2912 49 00\n50\n2,6-dihydroxybenzaldehyde (CAS RN 387-46-2)\n0 %\n—\n31.12.2022\nex 2914 29 00\n70\n2-sec-butylcyclohexanone (CAS RN 14765-30-1)\n0 %\n—\n31.12.2022\nex 2914 29 00\n80\n1-(cedr-8-en-9-yl)ethanone (CAS RN 32388-55-9)\n0 %\n—\n31.12.2022\nex 2915 39 00\n10\nCis-3-hexenyl acetate (CAS RN 3681-71-8)\n0 %\n—\n31.12.2022\nex 2915 39 00\n30\n4-tert-butylcyclohexyl acetate (CAS RN 32210-23-4)\n0 %\n—\n31.12.2022\nex 2915 90 70\n20\nMethyl (R)-2-fluoropropionate (CAS RN 146805-74-5)\n0 %\n—\n31.12.2022\nex 2916 20 00\n20\nMixture of the (1S,2R,6R,7R)-and(1R,2R,6R,7S)-isomers of ethyl tricyclo[5.2.1.0(2,6)]decane-2-carboxylate (CAS RNs 80657-64-3 and 80623-07-0)\n0 %\n—\n31.12.2022\nex 2918 30 00\n15\n2-fluoro-5-formylbenzoic Acid (CAS RN 550363-85-4)\n0 %\n—\n31.12.2022\nex 2918 99 90\n38\nDiclofop-methyl (ISO) (CAS RN 51338-27-3)\n0 %\n—\n31.12.2022\nex 2921 59 90\n10\nMixture of isomers of 3,5-diethyltoluenediamine (CAS RN 68479-98-1, CAS RN 75389-89-8)\n0 %\n—\n31.12.2018\nex 2922 39 00\n15\n2-Amino-3,5-dibromobenzaldehyde (CAS RN 50910-55-9)\n0 %\n—\n31.12.2022\nex 2926 90 70\n15\n2-Cyclohexylidene-2-phenylacetonitrile (CAS RN 10461-98-0)\n0 %\n—\n31.12.2022\nex 2926 90 70\n18\nFlumethrin (ISO) CAS RN 69770-45-2)\n0 %\n—\n31.12.2022\nex 2926 90 70\n33\nDeltamethrin (ISO) (CAS RN 52918-63-5)\n0 %\n—\n31.12.2022\nex 2927 00 00\n25\n2,2′-azobis(4-methoxy-2,4-dimethylvaleronitrile) (CAS RN 15545-97-8)\n0 %\n—\n31.12.2022\nex 2931 90 00\n10\n(3-fluoro-5-isobutoxyphenyl)boronic acid (CAS RN 850589-57-0)\n0 %\n—\n31.12.2022\nex 2932 13 00\n20\nFurfuryl Alcohol (CAS RN 98-00-0)\n0 %\n—\n31.12.2022\nex 2932 20 90\n50\nL-Lactide (CAS RN 4511-42-6) or D-Lactide (CAS RN 13076-17-0) or dilactide (CAS RN 95-96-5)\n0 %\n—\n31.12.2022\nex 2932 99 00\n23\n2-ethyl-3-hydroxy-4-pyrone (CAS RN 4940-11-8)\n0 %\n—\n31.12.2022\nex 2933 39 99\n38\n(2-chloropyridin-3-yl) methanol (CAS RN 42330-59-6)\n0 %\n—\n31.12.2022\nex 2933 39 99\n39\n2,6-dichloropyridine-3-carboxamide (CAS RN 62068-78-4)\n0 %\n—\n31.12.2022\nex 2933 39 99\n51\n2,5-Dichloro-4,6-dimethylnicotinonitrile (CAS RN 91591-63-8)\n0 %\n—\n31.12.2022\nex 2933 59 95\n22\n6-chloro-1,3-dimethyluracil (CAS RN 6972-27-6)\n0 %\n—\n31.12.2022\nex 2933 59 95\n24\n1-(Cyclopropylcarbonyl)piperazine Hydrochloride (CAS RN 1021298-67-8)\n0 %\n—\n31.12.2022\nex 2933 59 95\n26\n5-Fluoro-4-hydrazino-2-methoxypyrimidine (CAS RN 166524-64-7)\n0 %\n—\n31.12.2022\nex 2933 79 00\n25\nMethyl 2-oxo-2,3-dihydro-1H-indole-6-carboxylate (CAS RN 14192-26-8)\n0 %\n—\n31.12.2022\nex 2933 99 80\n48\n5-Amino-6-methyl-2-benzimidazolone (CAS RN 67014-36-2)\n0 %\n—\n31.12.2022\nex 2934 20 80\n15\nBenthiavalicarb-isopropyl (ISO) (CAS RN 177406-68-7)\n0 %\n—\n31.12.2022\nex 2934 99 90\n54\n2-benzyl-2-dimethylamino-4′-morpholinobutyrophenone (CAS RN 119313-12-1)\n0 %\n—\n31.12.2022\nex 2934 99 90\n59\nDolutegravir (INN) (CAS RN 1051375-16-6) or dolutegravir sodium (CAS RN 1051375-19-9)\n0 %\n—\n31.12.2022\nex 2935 90 90\n40\nVenetoclax (INN) (CAS 1257044-40-8)\n0 %\n—\n31.12.2022\nex 3204 13 00\n15\nColourant C.I. Basic Blue 41 (CAS RN 12270-13-2) and preparations based thereon with a colourant C.I. Basic Blue 41 content of 50 % or more by weight\n0 %\n—\n31.12.2022\nex 3204 13 00\n25\nColourant C.I. Basic Red 46 (CAS RN 12221-69-1) and preparations based thereon with a colourant C.I. Basic Red 46 content of 20 % or more by weight\n0 %\n—\n31.12.2022\nex 3204 13 00\n35\nColourant C.I. Basic Yellow 28 (CAS RN 54060-92-3) and preparations based thereon with a colourant C.I. Basic Yellow 28 content of 75 % or more by weight\n0 %\n—\n31.12.2022\nex 3204 13 00\n45\nMixture of colourant C.I. Basic Blue 3 (CAS RN 33203-82-6) and colourant C.I. Basic Blue 159 (CAS RN 105953-73-9) with a colourant Basic Blue content of 60 % or more by weight\n0 %\n—\n31.12.2022\nex 3204 16 00\n40\nAqueous solution of Colourant C.I. Reactive Red 141 (CAS RN 61931-52-0):\nwith a colourant C.I. Reactive Red 141 content of 13 % or more by weight, and\ncontaining a preservative\n0 %\n—\n31.12.2022\nex 3204 17 00\n29\nColourant C.I. Pigment Red 268 (CAS RN 16403-84-2) and preparations based thereon with a Colourant C.I. Pigment Red 268 content of 80 % or more by weight\n0 %\n—\n31.12.2022\nex 3206 49 70\n40\nColourant C.I. Pigment Blue 27 (CAS RN 25869-00-5) and preparations thereon with a colourant C.I. Pigment Blue 27 content of 85 % or more by weight\n0 %\n—\n31.12.2022\nex 3208 90 19\n25\nTetrafluoroethylene copolymer in butylacetate solution with a content of solvent of 50 % (± 2 %) by weight\n0 %\n—\n31.12.2022\nex 3904 69 80\n89\nex 3707 10 00\n60\nSensitising emulsion, containing by weight:\nnot more than 5 % of photoacid generator,\n2 % or more, but not more than 50 % of phenolic resins, and\nnot more than 7 % of epoxy-containing derivatives,\ndissolved in heptan-2-one and/or ethyllactate\n0 %\n—\n31.12.2022\nex 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 %\n—\n31.12.2022\nex 3802 10 00\n20\nChemically activated carbon in granular form with a Butane Working Capacity of 11 g butane/100 ml or more (as determined by the ASTM D 5228 method) used for vapour absorption and desorption in emission control canisters of motor vehicles\n0 %\n—\n31.12.2022\nex 3802 10 00\n30\nChemically activated carbon in pellet (cylindrical) form, with:\na diameter of 2 mm or more, but not more than 3 mm, and\na Butane Working Capacity of 5 g butane/100 ml or more (as determined by the ASTM D 5228 method),\nused for vapour absorption and desorption in emission control canisters of motor vehicles\n0 %\n—\n31.12.2021\nex 3808 93 90\n60\nPreparation in the form of tablets containing by weight:\n0,55 % or more, but not more than 2,50 % of 1-methylcyclopropene (1-MCP) (CAS RN 3100-04-7) with a minimum purity of 96 % or more, and\nless than 0,05 % of each of the two impurities, 1-chloro-2-methylpropene (CAS RN 513-37-1) and 3-chloro-2-methylpropene (CAS RN 563-47-3),\nfor coating\n0 %\n—\n31.12.2022\nex 3824 99 93\n38\nMixture of 4,4′-(perfluoroisopropylidene)diphenol (CAS RN 1478-61-1) and 4,4′-(perfluoroisopropylidene)diphenol benzyl triphenyl phosphonium salt (CAS RN 75768-65-9)\n0 %\n—\n31.12.2022\nex 3824 99 96\n30\nRare-earth concentrate containing by weight:\ncerium oxide (CAS RN 1306-38-3) of 20 % or more, but not more than 30 %,\nlanthanum oxide (CAS RN 1312-81-8) of 2 % or more, but not more than 10 %,\nyttrium oxide (CAS RN 1314-36-9) of 10 % or more, but not more than 15 %, and\nzirconium oxide (CAS RN 1314-23-4) including natural occurring hafnium oxide of not more than 65 %\n0 %\n—\n31.12.2022\nex 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 %\n—\n31.12.2022\nex 3901 90 80\n91\nIonomer resin consisting of a salt of a copolymer of ethylene with methacrylic acid\n0 %\n—\n31.12.2018\nex 3903 90 90\n38\nPolytetrafluoroethylene (CAS RN 9002-84-0) encapsulated with an acrylonitrile-styrene copolymer (CAS RN 9003-54-7), with a content by weight of each polymer of 50 % (± 1)\n0 %\n—\n31.12.2022\nex 3904 69 80\n88\nex 3906 90 90\n23\nCopolymer of methylmethacrylate, butylacrylate, glycidylmethacrylate and styrene (CAS RN 37953-21-2), with an epoxy equivalent weight of not more than 500, in form of ground flakes with a particle size of not more than 1 cm\n0 %\n—\n31.12.2022\nex 3906 90 90\n43\nCopolymer of methacrylic esters, butylacrylate and cyclic dimethylsiloxanes (CAS RN 143106-82-5)\n0 %\n—\n31.12.2021\nex 3907 20 99\n80\nIsoamyl alcohol polyoxyethylene ether (CAS RN 62601-60-9)\n0 %\n—\n31.12.2022\nex 3907 30 00\n70\nPreparation of epoxy resin (CAS RN 29690-82-2) and phenolic resin (CAS RN 9003-35-4) containing by weight:\n65 % or more, but not more than 75 % of silicon dioxide (CAS RN 60676-86-0), and\nnone or not more than 0,5 % of carbon black (CAS RN 1333-86-4)\n0 %\n—\n31.12.2022\nex 3907 40 00\n45\nα-(2,4,6-Tribromophenyl)-ω-(2,4,6-tribromophenoxy)poly[oxy(2,6-dibromo-1,4-phenylene)isopropylidene(3,5-dibromo-1,4-phenylene)oxycarbonyl] (CAS RN 71342-77-3)\n0 %\n—\n31.12.2018\nex 3909 20 00\n10\nPolymer mixture, containing by weight:\n60 % or more, but not more than 75 % of melamine resin (CAS RN 9003-08-1),\n15 % or more, but not more than 25 % of silica (CAS RN 14808-60-7 or 60676-86-0),\n5 % or more, but not more than 15 % of cellulose (CAS RN 9004-34-6), and\n1 % or more, but not more than 15 % of phenolic resin (CAS RN 25917-04-8)\n0 %\n—\n31.12.2022\nex 3912 90 10\n10\nCellulose acetate propionate, non-plasticised, in the form of powder:\ncontaining by weight 25 % or more of propionyl (as determined by the ASTM D 817-72 method), and\nof a viscosity of not more than 120 poise (as determined by the ASTM D 817-72 method)\n0 %\n—\n31.12.2018\nex 3919 90 80\n21\nPolytetrafluoroethylene film:\nwith a thickness of 50 μm or more, but not more than 155 μm,\nwith a width of 6,30 mm or more, but not more than 585 mm,\nan elongation at break of not more than 200 %, and\ncoated on one side with a pressure sensitive silicon adhesive with a thickness of not more than 40 μm\n0 %\n—\n31.12.2022\nex 3919 90 80\n22\nPolyester, polyethylene or polypropylene film coated on one or both sides with an acrylic and/or rubber pressure sensitive adhesive, whether or not supplied with a release liner, put up in rolls of a width of 45,7 cm or more, but not more than 160 cm\n0 %\n—\n31.12.2019\nex 3920 62 19\n05\nPoly(ethylene terephthalate) film in rolls:\nwith a thickness of 0,335 mm or more, but not more than 0,365 mm, and\ncoated with a gold layer with a thickness of 0,03 μm or more, but not more than 0,06 μm\n0 %\n—\n31.12.2022\nex 3920 62 90\n10\nex 3920 99 90\n20\nAnisotropic conductive film, in rolls, of a width of 1,2 mm or more, but not more than 3,15 mm and a maximum length of 300 m, used for joining electronic components in the production of LCD or plasma displays\n0 %\n—\n31.12.2018\nex 3921 19 00\n35\nMultilayer film consisting of:\n30 % or more, but not more than 60 % of a microporous polypropylene layer (CAS RN 9003 07-0),\n20 % or more, but not more than 40 % of a microporous polyethylene layer (CAS RN 9002-88-4), and\n20 % or more, but not more than 40 % of a boehmite layer/coating (CAS RN 1318-23-6),\nfor use in the manufacture of lithium-ion batteries\n0 %\n—\n31.12.2022\nex 3926 30 00\n10\nPlastic cover with clips for the exterior rear-view mirror of motor vehicles\n0 %\np/st\n31.12.2020\nex 3926 90 97\n23\nex 8708 29 10\n10\nex 8708 29 90\n10\nex 3926 90 97\n50\nKnob of car radio front panel, made of Bisphenol A-based polycarbonate, in immediate packings of not less than 300 pieces\n0 %\np/st\n31.12.2018\nex 3926 90 97\n77\nSilicone decoupling ring, with an inner diameter of 15,4 mm (+ 0,0 mm/– 0,1 mm), in immediate packings of 2 500 pieces or more, of a kind used in car parking aid sensor systems\n0 %\np/st\n31.12.2021\nex 4016 99 57\n30\nPin boot of a brake calliper made of vulcanised rubber with:\nan inner diameter of not less than 5 mm and an outer diameter of not more than 35 mm,\na height of 15 mm or more, but not more than 40 mm, and\na ribbed design,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2022\nex 5311 00 90\n10\nPlain-woven fabric of paper yarns glued on a tissue paper layer:\nwith a weight of 230 g/m2 or more, but not more than 280 g/m2, and\ncut into rectangles with a side length of 40 cm or more, but not more than 140 cm\n0 %\n—\n31.12.2022\nex 5603 14 90\n50\nNon-woven fabric of microfibres, composed of polyester fibres with a uniform cross section with:\na weight of more than 150 g/m2,\na denier of 0,06 or more, but not more than 0,50 den,\ncontaining by weight 74 % or more of polyethylene terephthalate\n0 %\nm2\n31.12.2022\nex 5911 90 99\n50\nLoudspeaker vibration damper, made from round, corrugated, flexible and cut-to-size tissue of textile fibres of polyester, cotton or aramid or a combination hereof, of a kind used in car loudspeakers\n0 %\n—\n31.12.2022\nex 7020 00 10\n20\nRaw material for optical elements of fused silicon dioxide with:\na thickness of 10 cm or more, but not more than 40 cm, and\na weight of 100 kg or more\n0 %\np/st\n31.12.2022\nex 7326 90 92\n40\nSteel nozzle shell with integral flange in one piece open-die forged from 4 castings, worked and machined, with:\na diameter of 5 752 mm or more, but not more than 5 758 mm,\na height of 3 452 mm or more, but not more than 3 454 mm,\na total weight 167 875 kg or more, but not more than 168 125 kg,\nof a kind used for the fabrication of a nuclear reactor vessel\n0 %\np/st\n31.12.2022\nex 7326 90 98\n50\nSurface-hardened, steel piston rod for a hydraulic or hydropneumatic shock absorber of motor vehicles:\nwith a chrome coating,\nof a diameter of 11 mm or more, but not more than 28 mm,\nof a length of 80 mm or more, but not more than 600 mm,\nwith a threaded end or a mandrel for resistance welding\n0 %\n—\n31.12.2022\nex 7409 19 00\n10\nPlates or sheets:\nwith at least one layer of woven glass fibre, impregnated with a fire- retardant artificial or synthetic resin with a glass transition temperature (Tg) of more than 130 °C as measured according to IPC-TM-650, method 2.4.25,\ncoated on one or both sides with a copper film with a thickness of not more than 3,2 mm,\nand containing at least one of the following:\npoly(tetrafluoroethylene) (CAS RN 9002-84-0),\npoly(oxy-(2,6-dimethyl)-1,4-phenylene) (CAS RN 25134-01-4),\nepoxy resin having a thermal expansion of not more than 10 ppm in length and width and not more than 25 ppm in height,\nfor use in the manufacture of circuit boards\n0 %\n—\n31.12.2022\nex 7410 21 00\n70\nex 7413 00 00\n20\nLoudspeaker centering ring, consisting of one or more vibration dampers and minimum 2 non-insulated copper cables, therein woven or pressed of the kind used in car loudspeakers\n0 %\n—\n31.12.2022\nex 8518 90 00\n45\nex 7606 12 20\n20\nSign-plates composed of a polyethylene cellular core and outer layers of aluminium, with a total thickness of 1,8 mm or more, but not more than 4,2 mm\n0 %\n—\n31.12.2022\nex 8108 20 00\n55\nTitanium alloy ingot:\nwith a height of 17,8 cm or more, a length of 180 cm or more, a width of 48,3 cm or more,\na weight of 680 kg or more,\ncontaining alloy elements by weight of:\n3 % or more, but not more than 7 % of aluminium,\n1 % or more, but not more than 5 % of tin,\n3 % or more, but not more than 5 % of zirconium,\n4 % or more, but not more than 8 % of molybdenum\n0 %\np/st\n31.12.2020\nex 8108 20 00\n70\nTitanium alloy slab, with:\na height of 20,3 cm or more, but not more than 23,3 cm,\na length of 246,1 cm or more, but not more than 289,6 cm,\na width of 40,6 cm or more, but not more than 46,7 cm,\na weight of 820 kg or more, but not more than 965 kg,\ncontaining alloy elements by weight of:\n5,2 % or more, but not more than 6,2 % of aluminium,\n2,5 % or more, but not more than 4,8 % of vanadium\n0 %\np/st\n31.12.2022\nex 8108 90 30\n15\nRods and wire of an alloy of titanium with:\na uniform solid cross-section in the form of a cylinder,\nwith a diameter of 0,8 mm or more, but not more than 5 mm,\nan aluminium content by weight of 0,3 % or more, but not more than 0,7 %,\na silicon content by weight of 0,3 % or more, but not more than 0,6 %,\na niobium content by weight of 0,1 or more, but not more than 0,3 %, and\nan iron content by weight of not more than 0,2 %\n0 %\n—\n31.12.2022\nex 8108 90 30\n25\nTitanium-aluminium-vanadium alloy (TiAl6V4) bars, rods and wire, complying with AMS standards 4928, 4965 or 4967\n0 %\n—\n31.12.2020\nex 8108 90 50\n45\nCold or hot rolled plates, sheets and strips of non-alloyed titanium with:\na thickness of 0,4 mm or more, but not more than 100 mm,\na length of not more than 14 m, and\na width of not more than 4 m\n0 %\n—\n31.12.2022\nex 8108 90 60\n30\nSeamless tubes and pipes of titanium or an alloy of titanium with:\na diameter of 19 mm or more, but not more than 159 mm,\na wall thickness of 0,4 mm or more, but not more than 8 mm, and\na maximum length of 18 m\n0 %\n—\n31.12.2022\nex 8418 99 10\n70\nEvaporator made of aluminium for use in the manufacture of air conditioning machines for automobiles\n0 %\np/st\n31.12.2021\nex 8481 10 99\n20\nElectromagnetic pressure reducing valve with:\na plunger,\nat least 275 mPa internal tightness,\na plastic connector with 2 silver or tin pins\n0 %\n—\n31.12.2022\nex 8481 10 99\n30\nPressure reducing valves in a brass case with:\na length of not more than 18 mm (± 1 mm),\na width of not more than 30 mm (± 1 mm),\nof a kind used for incorporation in fuel delivery modules of motor vehicles\n0 %\n—\n31.12.2022\nex 8481 80 59\n30\nTwo-way flow control valve with housing, with:\nat least 5, but not more than 9 outlet holes with at least 0,110 mm, but not more than 0,134 mm diameter,\nat least 640 cm3/minute, but not more than 805 cm3/minute flow rate,\nat least 19, but not more than 300 MPa operating pressure\n0 %\n—\n31.12.2022\nex 8481 80 59\n40\nFlow-control valve:\nmade of steel,\nwith an outlet hole with a diameter of at least 0,175 mm, but not more than 0,185 mm,\nwith an inlet hole with a diameter of at least 0,255 mm, but not more than 0,265 mm,\nwith chromium nitride coating,\nwith a surface roughness of Rp 0,4\n0 %\n—\n31.12.2022\nex 8481 80 59\n50\nElectromagnetic valve for quantity control with:\na plunger,\nDLC (Diamond-like carbon) coating,\na solenoid with a of coil resistance of at least 2,6 Ohm, but not more than 3 Ohm,\na supply voltage of 12 V\n0 %\n—\n31.12.2022\nex 8481 80 59\n60\nElectromagnetic valve for quantity control:\nwith a solenoid with a coil resistance of at least 0,19 Ohm, but not more than 0,52 Omh, and with an inductance of at least 0,083 mH, but not more than 0,172 mH,\nwith a supply voltage of 24 V,\noperating at a DC of at least 15,5 A, but not more than 16,5 A\n0 %\n—\n31.12.2022\nex 8483 30 32\n30\nBearing housing of a kind used in turbochargers:\nof precision-cast grey cast iron complying with standard DIN EN 1561 or precision-cast ductile cast iron complying with DIN EN 1560,\nwith oil chambers,\nwithout bearings,\nwith a diameter of 50 mm or more, but not more than 250 mm,\nwith a height of 40 mm or more, but not more than 150 mm,\nwhether or not with water chambers and connectors\n0 %\np/st\n31.12.2022\nex 8483 30 38\n60\nex 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 subheading 8433 11 90\n0 %\np/st\n31.12.2022\nex 8501 31 00\n50\nDC motors, brushless, with:\nan external diameter of 80 mm or more, but not more than 200 mm,\na supply voltage of 9 V or more, but not more than 16 V,\nan output at 20 °C of 300 W or more, but not more than 750 W,\na torque at 20 °C of 2,00 Nm or more, but not more than 7,00 Nm,\na rated speed at 20 °C of 600 rpm or more, but not more than 3 100 rpm,\nwith or without 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\nex 8503 00 91\n31\nRotor, at the inner side provided with one or two magnetic rings (uniform or sectional) whether or not incorporated in a steel ring\n0 %\np/st\n31.12.2018\nex 8503 00 99\n32\nex 8503 00 99\n55\nStator for brushless motor, with:\nan internal diameter of 206,6 mm (± 0,5),\nan external diameter of 265,0 mm (± 0,2), and\na width of 37,2 mm or more, but not more than 47,8 mm,\nof a kind used in the manufacture of washing machines, washer-dryers or dryers equipped with direct drive drums\n0 %\np/st\n31.12.2018\nex 8504 50 95\n80\nSelf-induction coil:\nwith one or more windings, with an inductivity per winding of no more than 62 mH, attached to one or more carrier materials,\nwith ferrites,\nwith one or more Negative Temperature Coefficient resistors as a temperature sensor,\nwhether or not with insulation covers, spacers and connection cables\n0 %\n—\n31.12.2022\nex 8505 11 00\n63\nRings, tubes, bushings or collars made from an alloy of neodymium, iron and boron, with:\nan external diameter of not more than 45 mm,\na height of not more than 45 mm,\nof a kind used in the manufacture of permanent magnets after magnetisation\n0 %\np/st\n31.12.2022\nex 8505 19 90\n50\nArticle of agglomerated ferrite in the shape of a rectangular prism to become a permanent magnet after magnetisation:\nwhether or not with bevelled edges,\nof a length of 27 mm or more, but not more than 32 mm (± 0,15 mm),\nof a width of 8,5 mm or more, but not more than 9,5 mm (+ 0,05 mm/– 0,09 mm),\nof a thickness of 5,5 mm or more, but not more than 5,8 mm (+ 0/– 0,2 mm), and\nof a weight of 6,1 g or more, but not more than 8,3 g\n0 %\np/st\n31.12.2022\nex 8506 50 30\n10\nLithium manganese dioxide cell, with:\na diameter of 20 mm or more, but not more than 25 mm,\na length of 3 mm or more, but not more than 6 mm,\na voltage of 3 V or more, but not more than 3,4 V,\na capacity of 200 mAh or more, but not more than 600 mAh,\nan automotive test temperature range from – 40 °C to + 125 °C,\nfor use as a component within the manufacture of Tyre Pressure Measuring Systems (TPMS)\n0 %\n—\n31.12.2022\nex 8507 50 00\n40\nNickel-metal Hydride (NiMH) battery assembly, with:\na voltage of 190 V or more, but not more than 210 V,\na length of 220 mm or more, but not more than 280 mm,\na width of 500 mm or more, but not more than 600 mm,\na height of 100 mm or more, but not more than 150 mm,\nfor use in the manufacture of motor vehicles of Chapter 87\n0 %\n—\n31.12.2022\nex 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 (± 1 mm),\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 (± 1 mm),\na weight of 45,9 kg or 46,3 kg,\na rating of 75 Ah, and\na nominal voltage of 60 V\n0 %\np/st\n31.12.2022\nex 8512 20 00\n50\nCabin overhead lamp in a plastic housing whether or not with a storage box, with an operating voltage of 8 V or more, but not more than 16 V, containing:\nat least two light sources,\nlight switch,\nwhether or not emergency call button (E-Call),\nwhether or not panoramic roof slide switch,\nwhether or not microphone,\nwhether or not ultrasonic sensor (UIP sensor),\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\nex 8512 30 90\n30\nSound alarm device for protection against burglary into the vehicle:\nwith an operating temperature of – 45 °C or more, but not more than + 95 °C,\nwith a voltage of 9 V or more, but not more than 16 V,\nin a plastic housing,\nwhether or not with a metal holder,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\nex 8526 10 00\n30\nRadar sensor equipment with a control unit of blind spot detection system:\nwith a voltage of 8 V or more, but not more than 16 V,\nin a plastic housing,\nwith cable and connector,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\nex 8529 90 92\n33\nLCD modules combined with touch screen facilities:\nsolely consisting of one or more TFT cells,\nwith a diagonal measurement of the screen of 10,7 cm or more, but not more than 36 cm,\nwith or without LED backlight,\nwith control electronics for pixel addressing only,\nwithout an EPROM memory (Erasable Programmable Read-only Memory),\nwith digital RGB Interface (Red, Green, Blue Interface), Touch-Screen Interface,\nused solely for installation in motor vehicles of Chapter 87\n0 %\n—\n31.12.2022\nex 8529 90 92\n39\nLCD modules with:\na diagonal measurement of the screen of 14,5 cm or more, but not more than 25,5 cm,\nan LED backlight,\na printed circuit board with EPROM (Erasable Programmable Read-only Memory), microcontroller, timing controller, LIN (Local Interconnect Network) bus or APIX2 (Automotive Pixel Link) driver module and other active and passive components,\na 6 to 8 pin connector for power supply and a 2 to 4-pin connector for LVDS (Low-voltage differential signalling)/LIN signals or an APIX2 interface or an LVDS/LIN interface for signals and power supply,\nwhether or not in a housing,\nfor permanent incorporation or permanent mounting into motor vehicles of Chapter 87\n0 %\np/st\n31.12.2020\nex 8529 90 92\n55\nOLED modules, consisting of:\none or more TFT glass or plastic cells, containing organic material,\nwith or without combined touch screen facilities, and\none or more printed circuit boards with control electronics for pixel addressing,\nfor use in the manufacture of TV sets and monitors or for use in the manufacture of vehicles of Chapter 87\n0 %\np/st\n31.12.2019\nex 8537 10 91\n55\nElectronic control unit of automatic parking system with the ability to evaluate the surroundings of the car and control automatic parking:\nof a voltage of 5 V or more, but not more than 16 V,\nwith programmable memory,\nwith at least one connector,\nin a plastic housing,\nwhether or not with a metal holder,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2022\nex 8537 10 91\n65\nElectronic control unit for optimal engine performance:\nwith a programmable memory,\nwith a voltage of 8 V or more, but not more than 16 V,\nwith at least one composite connector,\nin a metal housing,\nwhether or not with metal holders,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\nex 8537 10 98\n85\nElectronic airbag control unit:\nwith an operating temperature of – 45 °C or more, but not more than 90 °C,\nwith a voltage of 8 V or more, but not more than 16 V,\nwith two connectors,\nin a metal housing,\nfor use in the manufacture of motor vehicles\n0 %\n—\n31.12.2022\nex 8540 91 00\n20\nThermionic electron source (emitter point) of lanthanum hexaboride (CAS RN 12008-21-8) or cerium hexaboride (CAS RN 12008-02-5), in a metal housing with electric connectors having:\na graphite carbon shield mounted in a mini-Vogel type system,\nseparate pyrolytic carbon blocks used as heating elements, and\na cathode temperature of less than 1 800 K at a filament current of 1,26 A\n0 %\n—\n31.12.2022\nex 8708 40 20\n50\nTransmission assembly which houses 3 other shafts inside it and offers a rotating switch for shift position, consisting of:\ncast aluminium body,\ndifferential gear,\n2 electrical motors and gears,\nwith the dimensions of:\na width of 300 mm or more, but not more than 350 mm,\na height of 420 mm or more, but not more than 500 mm,\na length of 500 mm or more, but not more than 600 mm,\nfor use in the manufacture of motor vehicles of Chapter 87\n0 %\n—\n31.12.2022\nex 8708 40 50\n40\nex 8708 50 20\n50\nDouble flange bearing of 3rd generation, for motor vehicles:\nwith double-row ball bearing,\nwhether or not with impulse (encoder) ring,\nwhether or not with antilock brake system (ABS) sensor,\nwhether or not with mounted screws,\nfor use in the manufacture of goods of Chapter 87\n0 %\n—\n31.12.2022\nex 8708 50 55\n20\nex 8708 50 91\n10\nex 8708 50 99\n40\nex 8708 99 10\n35\nHolder of front radiator or intercooler whether or not with rubber cushioning for use in the manufacture of goods of Chapter 87\n0 %\np/st\n31.12.2021\nex 8708 99 97\n35\nex 8714 99 10\n20\nBicycle handlebars:\nwith or without integrated stem,\nmade out of carbon fibres and synthetic resin,\nfor use in the manufacture of bicycles\n0 %\n—\n31.12.2022\nex 8714 99 10\n89\nex 9013 80 90\n30\nElectronic semiconductor micro-mirror in a housing suitable for the automatic printing of conductor boards, mainly consisting of:\none or more microelectromechanical mirrors (MEMS) manufactured with semiconductor technology, with a drive arranged in three-dimensional structures on the semiconductor material,\nwhether or not in a combination with one or more monolithic application-specific integrated circuits (ASIC),\nof a kind used for incorporation into products of Chapters 84-90 and 95\n0 %\np/st\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 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).’"
    }
  ],
  "outstanding_effects": [],
  "provenance": {
    "source": "legislation.gov.uk",
    "source_url": "https://www.legislation.gov.uk/eur/2018/914/annex/II",
    "retrieved_at": "2026-11-01T14:44:04.004693+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."
}