|
CN code
|
TARIC
|
Description
|
Rate of autonomous duty
|
Date foreseen for mandatory review
|
|
‘*ex 2009 89 73
ex 2009 89 73
|
11
13
|
Passion fruit juice and passion fruit juice concentrate, whether or not frozen:
|
—
|
with a Brix value of 13,7 or more but not more than 55,
|
|
—
|
of a value of more than EUR 30 per 100 kg net weight,
|
|
—
|
in immediate packings of a content of 50 litres or more, and
|
for use in the manufacture of products of the food or drink industry (1)
|
0 %
|
31.12.2019
|
|
*ex 2009 89 99
|
94
|
Coconut water:
|
—
|
not containing added spirit or sugar, and
|
|
—
|
in immediate packing of a content of 50 litres or more (2)
|
|
0 %
|
31.12.2016
|
|
*ex 2207 20 00
ex 2207 20 00
ex 3820 00 00
|
20
80
20
|
Feedstock consisting of by weight:
|
—
|
88 % or more but not more than 92 % of ethanol,
|
|
—
|
2,2 % or more but not more than 2,7 % of monoethylene glycol,
|
|
—
|
1,0 % or more but not more than 1,3 % of methylethylketone,
|
|
—
|
0,36 % or more but not more than 0,40 % of anionic surfactant (ca. 30 % active),
|
|
—
|
0,0293 % or more but not more than 0,0396 % of methyl isopropylketone,
|
|
—
|
0,0195 % or more but not more than 0,0264 % of 5 methyl-3-heptanone,
|
|
—
|
10 ppm or more but not more than 12 ppm of denatonium benzoate (Bitrex),
|
|
—
|
not more than 0,01 % of perfumes,
|
|
—
|
6,5 % or more but not more than 8,0 % of water,
|
for use in the manufacture of screenwash concentrate and other de-icing preparations (1)
|
0 %
|
31.12.2018
|
|
ex 2710 19 99
|
20
|
Catalytic de-waxed base oil, produced by synthesis from gaseous hydrocarbons followed by a heavy paraffin conversion process (HPC), containing:
|
—
|
not more than 1 mg/kg of sulphur
|
|
—
|
more than 99 % by weight of saturated hydrocarbons
|
|
—
|
more than 75 % by weight of n- and iso-paraffinic hydrocarbons with a carbon chain length of 18 or more but not more than 50; and
|
|
—
|
a kinematic viscosity at 40 °C of more than 6,5 mm2/s, or
|
|
—
|
a kinematic viscosity at 40 °C of more than 11 mm2/s with a viscosity index of 120 or more
|
|
0 %
|
31.12.2019
|
|
*ex 2818 10 91
|
20
|
Sintered corundum with a microcrystalline structure, consisting of aluminium oxide (CAS RN 1344-28-1), magnesium aluminate (CAS RN 12068-51-8) and the rare earth aluminates of yttrium, lanthanum and neodymium, with a content by weight (calculated as oxides) of:
|
—
|
94 % or more, but less than 98,5 % of aluminium oxide,
|
|
—
|
2 % (± 1,5 %) of magnesium oxide,
|
|
—
|
1 % (± 0,6 %) of yttrium oxide,
|
and:
|
—
|
either 2 % (± 1,2 %) of lanthanum oxide or
|
|
—
|
2 % (± 1,2 %) of lanthanum oxide and neodymium oxide,
|
with less than 50 % of the total weight having a particle size of more than 10 mm
|
0 %
|
31.12.2015
|
|
ex 2827 60 00
|
10
|
Sodium iodide (CAS RN 7681-82-5)
|
0 %
|
31.12.2019
|
|
ex 2841 70 00
|
30
|
Hexaammonium heptamolybdate, anhydrous (CAS RN 12027-67-7) or as tetrahydrate (CAS RN 12054-85-2)
|
0 %
|
31.12.2019
|
|
ex 2903 39 90
|
35
|
Pentafluoroethane (CAS RN 354-33-6)
|
0 %
|
31.12.2019
|
|
ex 2903 79 19
|
10
|
Trans-1-chloro-3,3,3-trifluoropropene (CAS RN 102687-65-0)
|
0 %
|
31.12.2019
|
|
ex 2904 90 95
|
80
|
1-Chloro-2-nitrobenzene (CAS RN 88-73-3)
|
0 %
|
31.12.2019
|
|
ex 2905 22 00
|
10
|
Linalool (CAS RN 78-70-6) containing by weight 90,7 % or more of (3R)-(-)-linalool (CAS RN 126-91-0)
|
0 %
|
31.12.2019
|
|
ex 2907 12 00
|
30
|
p-Cresol (CAS RN 106-44-5)
|
0 %
|
31.12.2019
|
|
ex 2907 29 00
|
25
|
4-Hydroxybenzyl alcohol (CAS RN 623-05-2)
|
0 %
|
31.12.2019
|
|
ex 2907 29 00
|
65
|
2,2′-Methylenebis(6-cyclohexyl-p-cresol) (CAS RN 4066-02-8)
|
0 %
|
31.12.2019
|
|
ex 2909 60 00
|
30
|
3,6,9-Triethyl-3,6,9-trimethyl-1,4,7-triperoxonane (CAS RN 24748-23-0), dissolved in isoparaffinic hydrocarbons
|
0 %
|
31.12.2019
|
|
ex 2914 69 90
|
50
|
Reaction mass of 2-(1,2-dimethylpropyl)anthraquinone (CAS RN 68892-28-4) and 2-(1,1-dimethylpropyl)anthraquinone (CAS RN 32588-54-8)
|
0 %
|
31.12.2019
|
|
ex 2916 39 90
|
18
|
2,4-Dichlorophenylacetic acid (CAS RN 19719-28-9)
|
0 %
|
31.12.2019
|
|
ex 2916 39 90
|
23
|
(2,4,6-Trimethylphenyl)acetyl chloride (CAS RN 52629-46-6)
|
0 %
|
31.12.2019
|
|
ex 2917 39 95
|
50
|
1,4,5,8-Naphthalenetetracarboxylic acid-1,8-monoanhydride (CAS RN 52671-72-4)
|
0 %
|
31.12.2019
|
|
ex 2917 39 95
|
60
|
Perylene-3,4:9,10-tetracarboxylic dianhydride (CAS RN 128-69-8)
|
0 %
|
31.12.2019
|
|
ex 2918 29 00
|
70
|
3,5-Diiodosalicylic acid (CAS RN 133-91-5)
|
0 %
|
31.12.2019
|
|
ex 2918 30 00
|
70
|
2-[4-Chloro-3-(chlorosulphonyl)benzoyl]benzoic acid (CAS RN 68592-12-1)
|
0 %
|
31.12.2019
|
|
ex 2918 99 90
|
55
|
Stearyl glycyrrhetinate (CAS RN 13832-70-7)
|
0 %
|
31.12.2019
|
|
ex 2918 99 90
|
65
|
Acetic acid, difluoro[1,1,2,2-tetrafluoro-2-(pentafluoroethoxy)ethoxy]-, ammonium salt (CAS RN 908020-52-0)
|
0 %
|
31.12.2019
|
|
ex 2918 99 90
|
75
|
3,4-Dimethoxybenzoic acid (CAS RN 93-07-2)
|
0 %
|
31.12.2019
|
|
ex 2921 42 00
|
40
|
Sodium sulphanilate (CAS RN 515-74-2), also in form of its mono- or dihydrates (CAS RN 12333-70-0 or 6106-22-5)
|
0 %
|
31.12.2019
|
|
ex 2922 49 85
|
55
|
(E)-Ethyl 4-(dimethylamino)but-2-enoate maleate (CUS 0138070-7)
|
0 %
|
31.12.2019
|
|
ex 2923 90 00
|
20
|
Tetramethylammonium hydrogen phthalate (CAS RN 79723-02-7)
|
0 %
|
31.12.2019
|
|
ex 2924 19 00
|
35
|
Acetamide (CAS RN 60-35-5)
|
0 %
|
31.12.2019
|
|
ex 2924 29 98
|
23
|
Benalaxyl-M (ISO) (CAS RN 98243-83-5)
|
0 %
|
31.12.2019
|
|
ex 2924 29 98
|
33
|
N-(4-Amino-2-ethoxyphenyl)acetamide (CAS RN 848655-78-7)
|
0 %
|
31.12.2019
|
|
ex 2924 29 98
|
73
|
Napropamide (ISO) (CAS RN 15299-99-7)
|
0 %
|
31.12.2019
|
|
*ex 2927 00 00
|
35
|
C,C′-Azodi(formamide) (CAS RN 123-77-3) in the form of yellow powder with a decomposition temperature of 180 °C or more but not more than 220 °C used as a foaming agent in the manufacture of thermoplastic resins, elastomer and cross-linked polythene foam
|
0 %
|
31.12.2019
|
|
ex 2928 00 90
|
13
|
Cymoxanil (ISO) (CAS RN 57966-95-7)
|
0 %
|
31.12.2019
|
|
ex 2928 00 90
|
18
|
Acetone oxime (CAS RN 127-06-0) of a purity by weight of 99 % or more
|
0 %
|
31.12.2019
|
|
ex 2930 90 99
|
16
|
3-(Dimethoxymethylsilyl)-1-propanethiol (CAS RN 31001-77-1)
|
0 %
|
31.12.2019
|
|
ex 2930 90 99
|
21
|
[2,2′-Thio-bis(4-tert-octylphenolato)]-n-butylamine nickel (CAS RN 14516-71-3)
|
0 %
|
31.12.2016
|
|
ex 2930 90 99
|
27
|
2-[(4-Amino-3-methoxyphenyl)sulphonyl]ethyl hydrogen sulphate (CAS RN 26672-22-0)
|
0 %
|
31.12.2019
|
|
ex 2930 90 99
|
33
|
2-Amino-5-{[2-(sulfooxy)ethyl]sulfonyl}benzenesulfonic acid (CAS RN 42986-22-1)
|
0 %
|
31.12.2019
|
|
ex 2933 39 99
|
11
|
2-(Chloromethyl)-4-(3-methoxypropoxy)-3-methylpyridine hydrochloride (CAS RN 153259-31-5)
|
0 %
|
31.12.2019
|
|
ex 2933 39 99
|
21
|
Boscalid (ISO) (CAS RN 188425-85-6)
|
0 %
|
31.12.2019
|
|
ex 2933 39 99
|
31
|
2-(Chloromethyl)-3-methyl-4-(2,2,2-trifluoroethoxy)pyridine hydrochloride (CAS RN 127337-60-4)
|
0 %
|
31.12.2019
|
|
ex 2933 59 95
|
10
|
6-Amino-1,3-dimethyluracil (CAS RN 6642-31-5)
|
0 %
|
31.12.2019
|
|
ex 2933 69 80
|
75
|
Metamitron (ISO) (CAS RN 41394-05-2)
|
0 %
|
31.12.2019
|
|
ex 2933 99 80
|
11
|
Fenbuconazole (ISO) (CAS RN 114369-43-6)
|
0 %
|
31.12.2019
|
|
ex 2933 99 80
|
12
|
Myclobutanil (ISO) (CAS RN 88671-89-0)
|
0 %
|
31.12.2019
|
|
ex 2933 99 80
|
19
|
2-(2,4-Dichlorophenyl)-3-(1H-1,2,4-triazol-1-yl)propan-1-ol (CAS RN 112281-82-0)
|
0 %
|
31.12.2019
|
|
ex 2934 99 90
|
10
|
Fluralaner (INN) (CAS RN 864731-61-3)
|
0 %
|
31.12.2019
|
|
ex 2934 99 90
|
16
|
Difenoconazole (ISO) (CAS RN 119446-68-3)
|
0 %
|
31.12.2019
|
|
ex 2934 99 90
|
19
|
2-[4-(Dibenzo[b,f][1,4]thiazepin-11-yl)piperazin-1-yl] ethanol (CAS RN 329216-67-3)
|
0 %
|
31.12.2019
|
|
ex 2935 00 90
|
10
|
Florasulam (ISO) (CAS RN 145701-23-1)
|
0 %
|
31.12.2019
|
|
ex 3204 12 00
|
60
|
Colourant C.I. Acid Red 52 (CAS RN 3520-42-1) and preparations based thereon with a colourant C.I. Acid Red 52 content of 97 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3204 13 00
|
50
|
Colourant C.I Basic Violet 11 (CAS RN 2390-63-8) and preparations based thereon with a colourant C.I Basic Violet 11 content of 90 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3204 13 00
|
60
|
Colourant C.I Basic Red 1:1 (CAS RN 3068-39-1) and preparations based thereon with a colourant C.I Basic Red 1:1 content of 90 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3204 14 00
|
10
|
Colourant C.I. Direct Black 80 (CAS RN 8003-69-8) and preparations based thereon with a colourant C.I. Direct Black 80 content of 90 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3204 14 00
|
20
|
Colourant C.I. Direct Blue 80 (CAS RN 12222-00-3) and preparations based thereon with a colourant C.I. Direct Blue 80 content of 90 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3204 14 00
|
30
|
C.I. Colourant Direct Red 23 (CAS RN 3441-14-3 ) and preparations based thereon with a colourant C.I. Direct Red 23 content of 90 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3204 17 00
|
45
|
Colourant C.I. Pigment Yellow 174 (CAS RN 4118-16-5), highly resinated pigment (approx. 35 % disproportionate resin), with a purity of 98 % by weight or more, in the form of extruded beads, with a moisture content of not more than 1 % by weight
|
0 %
|
31.12.2018
|
|
ex 3204 17 00
|
67
|
Colourant C.I. Pigment Red 57:1 (CAS RN 5281-04-9) with a purity of 98 % by weight or more, in the form of extruded beads, with a moisture content of not more than 1 % by weight.
|
0 %
|
31.12.2018
|
|
ex 3204 90 00
|
10
|
Colourant C.I Solvent Yellow 172 (also known as C.I. Solvent Yellow 135) (CAS RN 68427-35-0) and preparations based thereon with a colourant C.I Solvent Yellow 172 (also known as C.I. Solvent Yellow 135) content of 90 % or more by weight
|
0 %
|
31.12.2019
|
|
ex 3212 10 00
ex 7607 20 90
|
10
30
|
Metallised film:
|
—
|
consisting of eight or more layers of aluminium (CAS RN 7429-90-5) of a purity of 99,8 % or more,
|
|
—
|
with an optical density of each aluminium layer of not more than 3.0,
|
|
—
|
with each aluminium layer separated by a resin layer,
|
|
—
|
on a carrier film of PET, and
|
|
—
|
on rolls of up to 50 000 metres in length
|
|
0 %
|
31.12.2019
|
|
ex 3808 94 20
|
30
|
Bromochloro-5,5-dimethylimidazolidine-2,4-dione (CAS RN 32718-18-6) containing:
|
—
|
1,3-dichloro-5,5-dimethylimidazolidine-2,4-dione (CAS RN 118-52-5),
|
|
—
|
1,3-dibromo-5,5-dimethylimidazolidine-2,4-dione (CAS RN 77-48-5),
|
|
—
|
1-bromo,3-chloro-5,5-dimethylimidazolidine-2,4-dione (CAS RN 16079-88-2), and
|
|
—
|
1-chloro,3-bromo-5,5-dimethylimidazolidine-2,4-dione (CAS RN 126-06-7)
|
|
0 %
|
31.12.2019
|
|
ex 3811 21 00
|
23
|
Additives containing:
|
—
|
polyisobutene succinimide derived from reaction of polyethylenepropylamide with polyisobutenyl succinic anhydride (CAS RN 84605-20-9),
|
|
—
|
more than 31,9 % but not more than 43,3 % by weight of mineral oils, and
|
|
—
|
not more than 0,05 % by weight chlorine,
|
having a total base number (TBN) greater than 20,
for use in the manufacture of additives blends for lubricating oils (1)
|
0 %
|
31.12.2019
|
|
*ex 3811 21 00
|
53
|
Additives containing:
|
—
|
overbased calcium petroleum sulphonates (CAS 68783-96-0) with a sulphonate content by weight of 15 % or more, but not more than 30 % and
|
|
—
|
by weight more than 40 % but not more than 60 % of mineral oil,
|
having a total base number (TNB) of 280 or more but not more than 420,
for use in the manufacture of lubricating oils (1)
|
0 %
|
31.12.2019
|
|
*ex 3811 21 00
|
73
|
Additives containing:
|
—
|
borated succinimide compounds (CAS RN 134758-95-5), and
|
having a total base number (TBN) greater than 40,
for use in the manufacture of additive mixtures for lubricating oils (1)
|
0 %
|
31.12.2018
|
|
ex 3812 30 29
|
10
|
4,4′-Isopropylidenediphenol C12-15 alcohol phosphite containing by weight 1 % or more but not more than 3 % of bisphenol A (CAS RN 96152-48-6)
|
0 %
|
31.12.2019
|
|
ex 3824 90 92
|
82
|
T-butylchloride dimethylsilane (CAS RN 18162-48-6) solution in toluene
|
0 %
|
31.12.2019
|
|
*ex 3824 90 92
|
83
|
Preparation consisting of two or more of the following glycols:
|
—
|
tetrapropylene glycol or
|
|
0 %
|
31.12.2017
|
|
*ex 3824 90 93
|
46
|
Sodium hydrogen 3-aminonaphthalene-1,5-disulfonate (CAS RN 4681-22-5) containing by weight:
|
—
|
not more than 20 % of disodium sulphate, and
|
|
—
|
not more than 5 % of sodium chloride
|
|
0 %
|
31.12.2015
|
|
*ex 3901 10 10
ex 3901 90 90
|
20
50
|
High-flow linear low-density polyethylene-1-butene (LLDPE) (CAS RN 25087-34-7) in form of powder, with:
|
—
|
a melt flow rate (MFR 190 °C/2,16 kg) of 16 g/10 min or more, but not more than 24 g/10 min,
|
|
—
|
a density (ASTM D 1505) of 0,922 g/cm3 or more, but not more than 0,926 g/cm3, and
|
|
—
|
a vicat softening temperature of min. 94 °C
|
|
0 %
|
31.12.2019
|
|
ex 3901 10 10
|
30
|
Linear low-density polyethylene (LLDPE) (CAS RN 9002-88-4) in the form of powder, with:
|
—
|
not more than 5 % by weight of comonomer,
|
|
—
|
a melt flow rate of 15 g/10 min or more, but not more than 60 g/10 min, and
|
|
—
|
a density of 0,922 g/cm3 or more, but not more than 0,928 g/cm3
|
|
0 %
|
31.12.2018
|
|
*ex 3901 90 90
|
60
|
Linear low-density polyethylene (LLDPE) (CAS RN 9002-88-4) in the form of powder, with:
|
—
|
more than 5 %, but not more than 8 % by weight of comonomer,
|
|
—
|
a melt flow rate of 15 g/10 min or more, but not more than 60 g/10 min, and
|
|
—
|
a density of 0,922 g/cm3 or more, but not more than 0,928 g/cm3
|
|
0 %
|
31.12.2018
|
|
*ex 3903 19 00
|
40
|
Crystalline 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 247 °C,
|
whether or not containing additives and filling material
|
0 %
|
31.12.2016
|
|
ex 3903 90 90
|
45
|
Preparation, in form of powder, containing by weight:
|
—
|
86 % or more but not more than 90 % of styrene-acrylic-copolymer and
|
|
—
|
9 % or more but not more than 11 % of fatty acid ethoxylate (CAS RN 9004-81-3)
|
|
0 %
|
31.12.2019
|
|
ex 3903 90 90
|
55
|
Preparation, in form of an aqueous suspension, containing by weight:
|
—
|
25 % or more but not more than 26 % of styrene-acrylic-copolymer and
|
|
—
|
5 % or more but not more than 6 % of glycol
|
|
0 %
|
31.12.2019
|
|
ex 3908 90 00
|
70
|
Copolymer containing:
|
—
|
1,3-benzenedimethanamine (CAS RN 1477-55-0) and
|
|
—
|
adipic acid (CAS RN 124-04-9),
|
whether or not containing isophthalic acid (CAS RN 121-91-5)
|
0 %
|
31.12.2019
|
|
ex 3911 90 19
|
60
|
Formaldehyde, polymer with 1,3-dimethylbenzene and tert-butyl-phenol (CAS RN 60806-48-6)
|
0 %
|
31.12.2019
|
|
ex 3911 90 19
|
70
|
Preparation containing:
|
—
|
cyanic acid, C,C′-((1-methylethylidene)di-4,1-phenylene) ester, homopolymer (CAS RN 25722-66-1), and
|
|
—
|
1,3-bis(4-cyanophenyl)propane (CAS RN 1156-51-0),
|
in a solution of butanone (CAS RN 78-93-3) with a content of less than 50 % by weight
|
0 %
|
31.12.2019
|
|
*ex 3912 20 19
|
10
|
Nitrocellulose (CAS RN 9004-70-0)
|
0 %
|
31.12.2016
|
|
*ex 3919 10 80
ex 3919 90 00
ex 3920 61 00
|
57
30
30
|
Reflecting sheet:
|
—
|
of a polycarbonate or acrylic polymer film embossed on one side in a regular shaped pattern
|
|
—
|
covered on one or both sides with one or more layers of plastic or metallisation, and
|
|
—
|
whether or not covered on one side with a self-adhesive layer and a release sheet
|
|
0 %
|
31.12.2018
|
|
*ex 3919 10 80
ex 3919 90 00
|
67
46
|
Self-adhesive reflecting sheet whether or not in segmented pieces:
|
—
|
showing a regular pattern,
|
|
—
|
with or without an application tape layer,
|
|
—
|
consisting of a film of acrylic polymer followed by a layer of poly(methyl methacrylate) or polycarbonate containing microprisms,
|
|
—
|
whether or not containing an additional layer of polyester and an adhesive with a final release sheet
|
|
0 %
|
31.12.2018
|
|
*ex 3919 90 00
|
48
|
Transparent poly(vinyl chloride) film:
|
—
|
coated on one side with an acrylic UV-sensitive adhesive with an adhesive strength of 70 N/m or more, which is reduced upon irradiation,
|
|
—
|
with a total thickness without release liner of 78 μm or more
|
|
0 %
|
31.12.2019
|
|
ex 3920 10 28
|
30
|
Printed embossed film:
|
—
|
of polymers of ethylene
|
|
—
|
having a gravity of 0,94 g/cm3 or more
|
|
—
|
of a thickness of 0,019 mm ± 0,003 mm
|
|
—
|
with permanent graphics consisting of two different alternating designs whose individual length is 525 mm or more
|
|
0 %
|
31.12.2019
|
|
*ex 3920 62 19
|
60
|
Poly(ethylene terephtalate) film:
|
—
|
of a thickness of not more than 20 μm,
|
|
—
|
coated on at least one side with a gas barrier layer consisting of a polymeric matrix in which silica or aluminium oxide has been dispersed and of a thickness of not more than 2 μm
|
|
0 %
|
31.12.2017
|
|
ex 3920 69 00
|
50
|
Monolayer, biaxially oriented film:
|
—
|
composed of more than 85 % by weight of poly(lactic acid) and not more than 10,50 % by weight of modified poly(lactic acid) based polymer, poly-glycol ester and talc,
|
|
—
|
having a thickness of 20 μm or more but not more than 120 μm
|
|
—
|
biodegradable and compostable (as determined by the method EN 13432)
|
|
0 %
|
31.12.2019
|
|
ex 3920 69 00
|
60
|
Monolayer, transverse oriented, shrink film:
|
—
|
composed of more than 80 % by weight of poly(lactic acid) and not more than 15,75 % by weight of additives of modified poly(lactic acid),
|
|
—
|
having a thickness of 45 μm or more but not more than 50 μm,
|
|
—
|
biodegradable and compostable (as determined by the method EN 13432)
|
|
0 %
|
31.12.2019
|
|
ex 3920 79 10
|
10
|
Sheets of painted vulcanised fibre-board with a thickness of not more than 1,5 mm
|
0 %
|
31.12.2019
|
|
ex 3920 99 28
|
65
|
Matt, thermoplastic polyurethane foil in rolls with:
|
—
|
a width of 1 640 mm (± 10 mm),
|
|
—
|
a gloss of 3,3 degrees or more but not more than 3,8 (as determined by the method ASTM D2457),
|
|
—
|
a surface roughness of 1,9 Ra or more but not more than 2,8 Ra (as determined by the method ISO 4287),
|
|
—
|
a thickness of more than 365 μm but not more than 760 μm,
|
|
—
|
a hardness of 90 (± 4) (as determined by the method: Shore A (ASTM D2240)),
|
|
—
|
an elongation to break of 470 % (as determined by the method: EN ISO 527)
|
|
0 %
|
31.12.2019
|
|
ex 3920 99 28
|
75
|
Thermoplastic polyurethane foil in rolls with:
|
—
|
a width of more than 900 mm but not more than 1 016 mm,
|
|
—
|
a thickness of 0,43 mm (± 0,03 mm),
|
|
—
|
an elongation to break of 420 % or more but not more than 520 %,
|
|
—
|
a tensile strength of 55 N/mm2 (± 3) (as determined by the method EN ISO 527)
|
|
—
|
a hardness of 90 (± 4) (as determined by the method: Shore A [ASTM D2240]),
|
|
—
|
wrinkle inside (waves) of 6,35 mm,
|
|
0 %
|
31.12.2019
|
|
ex 3921 90 60
|
30
|
Heat-, infra- and UV insulating poly(vinyl butyral) film:
|
—
|
laminated with a metal layer with a thickness of 0,05 mm (± 0,01 mm),
|
|
—
|
containing by weight 29,75 % or more but not more than 40,25 % of triethyleneglycol di (2-ethyl hexanoate) as plasticizer,
|
|
—
|
with a light transmission of 70 % or more (as determined by the ISO 9050 standard),
|
|
—
|
with an UV transmission of 1 % or less (as determined by the ISO 9050 standard),
|
|
—
|
with a total thickness of 0,43 mm (± 0,043 mm)
|
|
0 %
|
31.12.2019
|
|
ex 6804 21 00
|
10
|
Discs:
|
—
|
of synthetic diamonds which are agglomerated with a metal alloy, ceramic alloy or plastic alloy,
|
|
—
|
having a self-sharpening effect by constant release of the diamonds,
|
|
—
|
suitable for abrasive cutting of wafers,
|
|
—
|
whether or not containing a hole in the centre,
|
|
—
|
whether or not on a support
|
|
0 %
|
31.12.2019
|
|
ex 7409 11 00
ex 7409 19 00
ex 7410 11 00
|
10
10
20
|
Refined copper foil and strips of a thickness of not more than 400 μm
|
0 %
|
31.12.2019
|
|
*ex 7606 12 92
ex 7607 11 90
|
30
50
|
Aluminium and magnesium alloy strip or foil:
|
—
|
of a thickness of 0,14 mm or more but not more than 0,40 mm,
|
|
—
|
a width of 12,5 mm or more but not more than 359 mm,
|
|
—
|
a tensile strength of 285 N/mm2 or more, and
|
|
—
|
an elongation at break of 1 % or more, and
|
containing by weight:
|
—
|
93,3 % or more of aluminium,
|
|
—
|
0,8 % or more but not more than 5 % of magnesium, and
|
|
—
|
not more than 1,8 % of other elements
|
|
0 %
|
31.12.2017
|
|
*ex 7607 11 90
|
60
|
Plain aluminium foil with the following parameters:
|
—
|
an aluminium content of 99,98 % or more,
|
|
—
|
a thickness of 0,070 mm or more but not more than 0,125 mm,
|
of a kind used for high voltage etching
|
0 %
|
31.12.2016
|
|
ex 7616 99 10
|
30
|
Aluminium engine bracket, with dimensions of:
|
—
|
height of more than 10 mm but not more than 200 mm,
|
|
—
|
width of more than 10 mm but not more than 200 mm,
|
|
—
|
length of more than 10 mm but not more than 200 mm,
|
equipped with at least two fixing holes, made of aluminium alloys ENAC-46100 or ENAC-42100 (based on the norm EN:1706) with following characteristics:
|
—
|
internal porosity not more than 1 mm,
|
|
—
|
outer porosity not more than 2 mm,
|
|
—
|
Rockwell hardness HRB 10 or more,
|
of a kind used in the production of suspensions systems for engines in motor vehicles
|
0 %
|
31.12.2019
|
|
*ex 8108 90 30
|
50
|
Titanium-aluminium-vanadium alloy (TiAl6V4) wire, complying with AMS standards 4928, 4965 and 4967
|
0 %
|
31.12.2015
|
|
ex 8108 90 50
|
80
|
Plates, sheets, strips and foil of non-alloyed titanium:
|
—
|
of a width of more than 750 mm,
|
|
—
|
of a thickness of not more than 3 mm
|
|
0 %
|
31.12.2019
|
|
ex 8108 90 50
|
85
|
Strip or foil of non-alloyed titanium:
|
—
|
containing more than 0,07 % by weight of oxygen (O2),
|
|
—
|
of a thickness of 0,4 mm or more but not more than 2,5 mm,
|
|
—
|
conforming to the Vickers hardness HV1 standard of not more than 170,
|
of a kind used in the manufacture of welded tubes for nuclear power plant condensers
|
0 %
|
31.12.2019
|
|
ex 8409 99 00
ex 8411 99 00
|
30
70
|
Spiral-shaped gas turbine turbocharger component:
|
—
|
with a heat-resistance of not more than 1 050 °C,
|
|
—
|
with a turbine wheel hole diameter of 30 mm or more, but not more than 110 mm,
|
|
—
|
whether or not with an engine exhaust manifold
|
|
0 %
|
31.12.2018
|
|
ex 8411 99 00
|
60
|
Wheel-shaped gas turbine component with blades, of a kind used in turbochargers:
|
—
|
of a precision-cast nickel based alloy complying with standard DIN G- NiCr13Al6MoNb or DIN G- NiCr13Al16MoNb or DIN NiCo10W10Cr9AlTi or AMS AISI:686,
|
|
—
|
with a heat-resistance of not more than 1 100 °C,
|
|
—
|
with a diameter of 30 mm or more, but not more than 100 mm,
|
|
—
|
with a height of 20 mm or more, but not more than 70 mm
|
|
0 %
|
31.12.2017
|
|
ex 8479 89 97
|
70
|
Machine to accurately align and attach lenses into a camera assembly in five axis alignment capability and fix them in position with a two part cure epoxy
|
0 %
|
31.12.2019
|
|
ex 8479 89 97
|
80
|
Machinery for the production of a sub assembled component (anode conductor and the negative closing cap) for the manufacture of AA and/or AAA alkaline batteries (1)
|
0 %
|
31.12.2019
|
|
*ex 8483 30 38
|
40
|
Cylindrical bearing housing:
|
—
|
of precision-cast grey cast iron complying with standard DIN EN 1561,
|
|
—
|
with a diameter of 50 mm or more, but not more than 250 mm,
|
|
—
|
with a height of 40 mm or more, but not more than 150 mm,
|
|
—
|
whether or not with water chambers and connectors
|
|
0 %
|
31.12.2017
|
|
ex 8501 32 00
ex 8501 33 00
|
60
15
|
Traction motor, with:
|
—
|
a torque output of 200 Nm or more but not more than 300 Nm,
|
|
—
|
a power output of 50 kW or more but not more than 100 kW,
|
|
—
|
a speed of not more than 12 500 rpm,
|
for use in the manufacture of electric vehicles (1)
|
0 %
|
31.12.2019
|
|
ex 8504 40 88
|
30
|
DC to AC inverter for use in traction motor control for use in the manufacture of electric vehicles (1)
|
0 %
|
31.12.2019
|
|
ex 8504 40 90
|
80
|
Power converter containing:
|
—
|
a charger of a capacity of not more than 7 kW,
|
for use in the manufacture of electric vehicles (1)
|
0 %
|
31.12.2019
|
|
ex 8505 90 20
|
30
|
Coil for an electromagnetic valve, with:
|
—
|
a diameter of 12,9 mm (± 0,1),
|
|
—
|
a height without plunger of 20,5 mm (± 0,1),
|
|
—
|
an electric cable with connector, and
|
in a cylindrical metal housing
|
0 %
|
31.12.2019
|
|
*ex 8507 10 20
|
30
|
Lead-acid accumulators or modules, of a kind used for starting piston engines, with:
|
—
|
a nominal capacity of not more 32 Ah,
|
|
—
|
a length of not more than 205 mm,
|
|
—
|
a width of not more than 130 mm and
|
|
—
|
a height of not more than 190 mm,
|
for use in the manufacture of articles of CN code 8711 (1)
|
0 %
|
31.12.2018
|
|
*ex 8507 60 00
|
85
|
Rectangular modules for incorporation in lithium-ion rechargeable batteries:
|
—
|
of a length of 312 mm or more, but not more than 350 mm,
|
|
—
|
of a width of 79,8 mm or more, but not more than 225 mm,
|
|
—
|
of a height of 35 mm or more, but not more than 168 mm,
|
|
—
|
of a weight of 3,95 kg or more, but not more than 8,56 kg,
|
|
—
|
with a rating of 66,6 Ah or more, but not more than 129 Ah
|
|
0 %
|
31.12.2015
|
|
ex 8507 60 00
|
87
|
Lithium-ion rechargeable batteries, with:
|
—
|
a length of 1 475 mm or more, but not more than 2 820 mm,
|
|
—
|
a width of 935 mm or more, but not more than 1 660 mm,
|
|
—
|
a height of 260 mm or more, but not more than 600 mm,
|
|
—
|
a weight of 320 kg or more, but not more than 700 kg,
|
|
—
|
a nominal capacity of 18,4 Ah or more, but not more than 130 Ah,
|
put up in packs of 12 or 16 modules
|
0 %
|
31.12.2017
|
|
*ex 8511 30 00
|
30
|
Igniter integrated coil assembly with:
|
—
|
a coil on plug assembly with an integrated mounting bracket,
|
|
—
|
a length of 90 mm or more but not more than 200 mm (± 5 mm),
|
|
—
|
an operating temperature of – 40 °C or more but not more than 130 °C,
|
|
—
|
a voltage of 10,5 V or more, but not more than 16 V
|
|
0 %
|
31.12.2019
|
|
ex 8512 20 00
|
10
|
Fog lamps with galvanised inner surface, containing:
|
—
|
plastic holder with four or more brackets,
|
|
—
|
one or more, but not more than two 12 V bulbs,
|
|
—
|
connection cable with a connector,
|
for use in the manufacture of goods of Chapter 87 (1)
|
0 %
|
31.12.2019
|
|
ex 8512 20 00
|
20
|
Information screen displaying at least time, date and status of safety features in a vehicle with an operating voltage of 12 V or more, but not more than 14,4 V, of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8512 30 90
|
10
|
Horn assembly operating on piezomechanical principle for generating a specific sound signal, with a voltage of 12 V, comprising:
of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8512 90 90
|
10
|
Ultrasonic parking sensor with:
|
—
|
printed circuit board inside the housing and sensor cell on the cover connected through terminal pins,
|
|
—
|
an operating voltage of not more than 12 V,
|
|
—
|
ability to receive and transmit signals processed by the control unit,
|
of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8514 20 80
ex 8516 50 00
ex 8516 60 80
|
10
10
10
|
Cavity assembly comprising at least:
|
—
|
a transformer with an input of not more than 240 V and an output of not more than 3 000 W,
|
|
—
|
an AC or DC fan motor with an output of not more than 42 watts,
|
|
—
|
a housing made of stainless steel,
|
with or without a magnetron of a microwave output power of not more than 900 W.
for use in the manufacture of built-in products of CN codes 8514 20 80, 8516 50 00 and 8516 60 80 (1)
|
0 %
|
31.12.2019
|
|
ex 8516 90 00
|
80
|
Door assembly incorporating a capacitive sealing element and wavelength choke for use in the manufacture of built-in products of CN codes 8514 20 80, 8516 50 00 and 8516 60 80 (1)
|
0 %
|
31.12.2019
|
|
ex 8518 90 00
|
80
|
Integrated car loudspeaker housing, consisting of:
|
—
|
a speaker frame and magnet system holder with a protective coating and
|
|
—
|
an embossed anti-dust cloth
|
|
0 %
|
31.12.2019
|
|
*ex 8525 80 19
|
60
|
Image scanning cameras, using:
|
—
|
a “Dynamic”- or “Static overlay lines” system,
|
|
—
|
an output NTSC video signal,
|
|
—
|
a voltage of 6,5 V or more,
|
|
—
|
an illuminance of 0,5 lux or more
|
|
0 %
|
31.12.2019
|
|
*ex 8527 91 99
ex 8529 90 65
|
20
85
|
Assembly consisting of at least:
|
—
|
an audio frequency amplifier unit, comprising at least an audio frequency amplifier and a sound generator,
|
|
—
|
a radio broadcast receiver
|
for use in the manufacture of consumer electronic products (1)
|
0 %
|
31.12.2019
|
|
ex 8529 10 80
|
70
|
Ceramic filters:
|
—
|
with an applicable frequency range of 10 kHz or more but no more than 100 MHz,
|
|
—
|
with a housing of ceramic plates provided with electrodes,
|
of a kind used in electrical-mechanical transducer or resonator in audio visual and communication equipment
|
0 %
|
31.12.2019
|
|
ex 8529 90 65
|
80
|
Tuner transforming high-frequency signals into digital signal, for use in the manufacture of products falling under heading 8527 (1)
|
0 %
|
31.12.2019
|
|
*ex 8529 90 92
ex 8548 90 90
|
15
60
|
LCD modules:
|
—
|
solely consisting of one or more TFT glass or plastic cells,
|
|
—
|
not combined with touch screen facilities,
|
|
—
|
with one or more printed circuits boards with control electronics for pixel addressing only,
|
|
—
|
with or without backlight unit and
|
|
—
|
with or without inverters
|
|
0 %
|
31.12.2018
|
|
ex 8537 10 99
|
40
|
Electronic control unit for monitoring car vehicle tyre pressure comprising plastic box with printed circuit board inside and with or without metal holder, of:
|
—
|
a length of 50 mm or more, but not more than 120 mm,
|
|
—
|
a width of 20 mm or more but not more than 40 mm,
|
|
—
|
a height of 30 mm or more, but not more than 120 mm,
|
of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8537 10 99
|
50
|
Electronic control unit BCM (Body Control Module) comprising:
|
—
|
plastic box with printed circuit board and metal holder,
|
|
—
|
with voltage of 9 V or more, but not more than 16 V,
|
|
—
|
able to control, evaluate and manage functions of assisting services in an automobile, at least wiper timing, window heating, interior lighting, seat belt reminder,
|
of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8537 10 99
|
60
|
Electronic assembly consisting of:
|
—
|
light-emitting diode (LED) or liquid crystal display (LCD) indicators,
|
|
—
|
electronic components mounted on a printed circuit,
|
for use in the manufacture of built-in products of CN codes 8514 20 80, 8516 50 00 and 8516 60 80 (1)
|
0 %
|
31.12.2019
|
|
ex 8544 49 91
|
10
|
Insulated copper electrical wires:
|
—
|
with individual conductor wires of a diameter exceeding 0,51 mm,
|
|
—
|
for a voltage of not more than 1 000 V,
|
for use in the manufacture of automotive cable harnesses (1)
|
0 %
|
31.12.2019
|
|
*ex 8548 90 90
|
65
|
LCD modules:
|
—
|
solely consisting of one or more TFT glass or plastic cells,
|
|
—
|
combined with touch screen facilities,
|
|
—
|
with one or more printed circuits boards with control electronics for pixel addressing only,
|
|
—
|
with or without backlight unit and
|
|
—
|
with or without inverters
|
|
0 %
|
31.12.2018
|
|
ex 8708 30 10
|
10
|
Brake unit assembly comprising
|
—
|
electric control brake,
|
|
—
|
VDC (vehicle dynamic control) and
|
for use in the manufacture of vehicles (1)
|
0 %
|
31.12.2019
|
|
ex 8708 30 91
|
20
|
Non-asbestos organic brake pads with friction material mounted to the band steel back plate for use in the manufacture of goods of Chapter 87 (1)
|
0 %
|
31.12.2019
|
|
ex 8708 30 91
|
30
|
Body of disc type brake in BIR (“Ball in Ramp”) or EPB (“Electronic Parking Brake”) version containing functional and mounting openings and guide grooves, of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8708 91 35
|
10
|
Aluminium cooler using compressed air with a ribbed design of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 8708 94 35
|
20
|
Rack steering gear in aluminium housing with homokinetic hinges of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 9002 11 00
|
80
|
Lens assembly with:
|
—
|
a field of view range of 58,5 deg or more, but not more than 194 deg,
|
|
—
|
a focal length of 1,16 mm or more, but not more than 3,88 mm,
|
|
—
|
a relative aperture of F/2.0 or more but not more than 2.6,
|
|
—
|
a diameter of 17 mm or more but not more than 18,5 mm,
|
for use in the manufacture of CMOS automotive cameras (1)
|
0 %
|
31.12.2019
|
|
ex 9029 10 00
|
30
|
Speed sensor using the Hall effect for measuring wheels rotation in a motor vehicle equipped with plastic housing and attached to connecting cable with a joining connector and mounting holders of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 9029 20 31
ex 9029 90 00
|
10
20
|
Clustered instrument panel with the microprocessor control board, stepping motors and LED indicators showing at least:
communicating via CAN-BUS and K-LINE protocols, of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 9031 80 34
|
50
|
Programmable dual linear Hall sensor:
|
—
|
consisting of two non-electrically connected integrated circuits, a top die and a bottom die,
|
|
—
|
positioned on the top and bottom of a lead frame,
|
|
—
|
in a semiconductor housing,
|
for use as a means for measuring angles, positions and currents in cars
|
0 %
|
31.12.2019
|
|
ex 9031 80 38
|
50
|
Gyroscopic sensor for measuring lateral acceleration of the vehicle vertical axis comprising:
|
—
|
a piezoelectric crystal for generating an electrical potential during deformation and
|
|
—
|
a plastic box with metal holder,
|
of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 9031 80 38
|
60
|
Congestion sensor, printed circuit board and connector, moulded together in plastic, for monitoring congestion “G” and providing the values for further evaluation of triggering the airbags, of a kind used in the manufacture of goods of Chapter 87
|
0 %
|
31.12.2019
|
|
ex 9031 80 98
|
30
|
Functional Test Machine for calibrating and image quality testing lenses in automotive cameras
|
0 %
|
31.12.2019
|
No longer in force, Date of end of validity: 31/12/2021; Implicitly repealed by 32021R2278