zurück / umwelt-online: numerisches Gefahrgutverzeichnis ADR "1800" UN-Nrn
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| 1800 | OCTADECYLTRICHLOR- SILAN | 8 | C3 | II | 8 | 0 | E0 | P010 | MP15 | T10 | TP2 TP7 | L4BN | AT | 2 (E) | X80 | |||||||
| 1801 | OCTYLTRICHLORSILAN | 8 | C3 | II | 8 | 0 | E0 | P010 | MP15 | T10 | TP2 TP7 | L4BN | AT | 2 (E) | X80 | |||||||
| 1802 | PERCHLORSÄURE mit höchstens 50 Masse-% Säure | 8 | CO1 | II | 8+5.1 | 522 | 1 L | E0 | P001 IBC02 | MP3 | T7 | TP2 | L4BN | AT | 2 (E) | CV24 | 85 | |||||
| 1803 | PHENOLSULFONSÄURE, FLÜSSIG | 8 | C3 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | TU42 | AT | 2 (E) | 80 | ||||||
| 1804 | PHENYLTRICHLORSILAN | 8 | C3 | II | 8 | 0 | E0 | P010 | MP15 | T10 | TP2 TP7 | L4BN | AT | 2 (E) | X80 | |||||||
| 1805 | PHOSPHORSÄURE, LÖSUNG | 8 | C1 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BN | TU42 | AT | 3 (E) | V12 | 80 | |||||
| 1806 | PHOSPHORPENTACHLORID | 8 | C2 | II | 8 | 1 kg | E0 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | 80 | |||||
| 1807 | PHOSPHORPENTOXID | 8 | C2 | II | 8 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | 80 | |||||
| 1808 | PHOSPHORTRIBROMID | 8 | C1 | II | 8 | 1 L | E0 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | AT | 2 (E) | X80 | |||||||
| 1809 | PHOSPHORTRICHLORID | 6.1 | TC3 | I | 6.1+8 | 354 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10CH | TU14 TU15 TE19 TE21 | AT | 1 (C/D) | CV1 CV13 CV28 | S9 S14 | 668 | |||
| 1810 | PHOSPHOROXYCHLORID | 6.1 | TC3 | I | 6.1+8 | 354 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10CH | TU14 TU15 TE19 TE21 | AT | 1 (C/D) | CV1 CV13 CV28 | S9 S14 | X668 | |||
| 1811 | KALIUMHYDROGENDI- FLUORID, FEST | 8 | CT2 | II | 8+6.1 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | CV13 CV28 | 86 | ||||
| 1812 | KALIUMFLUORID, FEST | 6.1 | T5 | III | 6.1 | 5 kg | E1 | P002 IBC08 LP02 R001 | B3 | MP10 | T1 | TP33 | SGAH | TU15 TE19 | AT | 2 (E) | VC1 VC2 AP7 | CV13 CV28 | S9 | 60 | ||
| 1813 | KALIUMHYDROXID, FEST | 8 | C6 | II | 8 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | 80 | |||||
| 1814 | KALIUMHYDROXIDLÖSUNG | 8 | C5 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | TU42 | AT | 2 (E) | 80 | ||||||
| 1814 | KALIUMHYDROXIDLÖSUNG | 8 | C5 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BN | TU42 | AT | 3 (E) | V12 | 80 | |||||
| 1815 | PROPIONYLCHLORID | 3 | FC | II | 3+8 | 1 L | E2 | P001 IBC02 | MP19 | T7 | TP1 | L4BH | FL | 2 (D/E) | S2 S20 | 338 | ||||||
| 1816 | PROPYLTRICHLORSILAN | 8 | CF1 | II | 8+3 | 0 | E0 | P010 | MP15 | T10 | TP2 TP7 | L4BN | FL | 2 (D/E) | S2 | X83 | ||||||
| 1817 | PYROSULFURYLCHLORID | 8 | C1 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T8 | TP2 | L4BN | AT | 2 (E) | X80 | |||||||
| 1818 | SILICIUMTETRACHLORID | 8 | C1 | II | 8 | 0 | E0 | P010 | MP15 | T10 | TP2 TP7 | L4BN | AT | 2 (E) | X80 | |||||||
| 1819 | NATRIUMALUMINATLÖSUNG | 8 | C5 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | TU42 | AT | 2 (E) | 80 | ||||||
| 1819 | NATRIUMALUMINATLÖSUNG | 8 | C5 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BN | TU42 | AT | 3 (E) | V12 | 80 | |||||
| 1823 | NATRIUMHYDROXID, FEST | 8 | C6 | II | 8 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | 80 | |||||
| 1824 | NATRIUMHYDROXID- LÖSUNG | 8 | C5 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | TU42 | AT | 2 (E) | 80 | ||||||
| 1824 | NATRIUMHYDROXID- LÖSUNG | 8 | C5 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BN | TU42 | AT | 3 (E) | V12 | 80 | |||||
| 1825 | NATRIUMMONOXID | 8 | C6 | II | 8 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | 80 | |||||
| 1826 | ABFALLNITRIERSÄURE- MISCHUNG mit mehr als 50 % Salpetersäure | 8 | CO1 | I | 8+5.1 | 113 | 0 | E0 | P001 | MP8 MP17 | T10 | TP2 | L10BH | AT | 1 (E) | CV24 | S14 | 885 | ||||
| 1826 | ABFALLNITRIERSÄURE- MISCHUNG mit höchstens 50 % Salpetersäure | 8 | C1 | II | 8 | 113 | 1 L | E0 | P001 IBC02 | MP15 | T8 | TP2 | L4BN | AT | 2 (E) | 80 | ||||||
| 1827 | ZINNTETRACHLORID, WASSERFREI | 8 | C1 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | AT | 2 (E) | X80 | |||||||
| 1828 | SCHWEFELCHLORIDE | 8 | C1 | I | 8 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10BH | AT | 1 (E) | S20 | X88 | ||||||
| 1829 | SCHWEFELTRIOXID, STABILISIERT | 8 | C1 | I | 8 | 386 623 | 0 | E0 | P001 | MP8 MP17 | T20 | TP4 TP25 TP26 | L10BH | TU32 TE13 TT5 TM3 | AT | 1 (E) | V8 | S4 S20 | X88 | |||
| 1830 | SCHWEFELSÄURE mit mehr als 51 % Säure | 8 | C1 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T8 | TP2 | L4BN | TU42 | AT | 2 (E) | 80 | ||||||
| 1831 | SCHWEFELSÄURE, RAUCHEND | 8 | CT1 | I | 8+6.1 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10BH | AT | 1 (C/D) | CV13 CV28 | S14 | X886 | |||||
| 1832 | SCHWEFELSÄURE, GEBRAUCHT | 8 | C1 | II | 8 | 113 | 1 L | E0 | P001 IBC02 | MP15 | T8 | TP2 | L4BN | TU42 | AT | 2 (E) | 80 | |||||
| 1833 | SCHWEFELIGE SÄURE | 8 | C1 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | AT | 2 (E) | 80 | |||||||
| 1834 | SULFURYLCHLORID | 6.1 | TC3 | I | 6.1+8 | 354 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10CH | TU14 TU15 TE19 TE21 | AT | 1 (C/D) | CV1 CV13 CV28 | S9 S14 | X668 | |||
| 1835 | TETRAMETHYLAMMONIUM- HYDROXID, LÖSUNG | 8 | C7 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | AT | 2 (E) | 80 |
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| 1835 | TETRAMETHYLAMMONIUM- HYDROXID, LÖSUNG | 8 | C7 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T7 | TP2 | L4BN | AT | 3 (E) | V12 | 80 | ||||||
| 1836 | THIONYLCHLORID | 8 | C1 | I | 8 | 0 | E0 | P802 | MP8 MP17 | T10 | TP2 | L10BH | AT | 1 (E) | S20 | X88 | ||||||
| 1837 | THIOPHOSPHORYLCHLORID | 8 | C1 | II | 8 | 1 L | E0 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | AT | 2 (E) | X80 | |||||||
| 1838 | TITANTETRACHLORID | 6.1 | TC3 | I | 6.1+8 | 354 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10CH | TU14 TU15 TE19 TE21 | AT | 1 (C/D) | CV1 CV13 CV28 | S9 S14 | X668 | |||
| 1839 | TRICHLORESSIGSÄURE | 8 | C4 | II | 8 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN L4BN | AT | 2 (E) | V11 | 80 | |||||
| 1840 | ZINKCHLORID, LÖSUNG | 8 | C1 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BN | TU42 | AT | 3 (E) | V12 | 80 | |||||
| 1841 | ACETALDEHYDAMMONIAK | 9 | M11 | III | 9 | 5 kg | E1 | P002 IBC08 LP02 R001 | B3 B6 | MP10 | T1 | TP33 | SGAV | AT | 3 (E) | VC1 VC2 | 90 | |||||
| 1843 | AMMONIUMDINITRO-o- CRESOLAT, FEST | 6.1 | T2 | II | 6.1 | 500 g | E4 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAH | TU15 TE19 | AT | 2 (D/E) | V11 | CV13 CV28 | S9 S19 | 60 | ||
| 1845 | Kohlendioxid, fest (Trockeneis) | 9 | M11 | UNTERLIEGT NICHT DEN VORSCHRIFTEN DES ADR mit Ausnahme von Abschnitt 5.5.3 | ||||||||||||||||||
| 1846 | TETRACHLORKOHLEN- STOFF | 6.1 | T1 | II | 6.1 | 100 ml | E4 | P001 IBC02 | MP15 | T7 | TP2 | L4BH | TU15 TE19 | AT | 2 (D/E) | CV13 CV28 | S9 S19 | 60 | ||||
| 1847 | KALIUMSULFID, HYDRATISIERT mit mindestens 30 % Kristallwasser | 8 | C6 | II | 8 | 523 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN L4BN | AT | 2 (E) | V11 | 80 | ||||
| 1848 | PROPIONSÄURE mit mindestens 10 % und weniger als 90 Masse-% Säure | 8 | C3 | III | 8 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BN | AT | 3 (E) | V12 | 80 | ||||||
| 1849 | NATRIUMSULFID, HYDRATISIERT mit mindestens 30 % Kristallwasser | 8 | C6 | II | 8 | 523 | 1 kg | E2 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAN L4BN | AT | 2 (E) | V11 | 80 | ||||
| 1851 | MEDIKAMENT, FLÜSSIG, GIFTIG, N.A.G. | 6.1 | T1 | II | 6.1 | 221 601 | 100 ml | E4 | P001 | MP15 | L4BH | TU15 TE19 | AT | 2 (D/E) | CV13 CV28 | S9 S19 | 60 | |||||
| 1851 | MEDIKAMENT, FLÜSSIG, GIFTIG, N.A.G. | 6.1 | T1 | III | 6.1 | 221 601 | 5 L | E1 | P001 LP01 R001 | MP19 | L4BH | TU15 TE19 | AT | 2 (E) | CV13 CV28 | S9 | 60 | |||||
| 1854 | BARIUMLEGIERUNGEN, PYROPHOR | 4.2 | S4 | I | 4.2 | 0 | E0 | P404 | MP13 | T21 | TP7 TP33 | AT | 0 (B/E) | V1 | S20 | 43 | ||||||
| 1855 | CALCIUM, PYROPHOR oder CALCIUMLEGIERUNGEN, PYROPHOR | 4.2 | S4 | I | 4.2 | 0 | E0 | P404 | MP13 | 0 (E) | V1 | S20 | ||||||||||
| 1856 | Lappen, ölhaltig | 4.2 | S2 | UNTERLIEGT NICHT DEN VORSCHRIFTEN DES ADR | ||||||||||||||||||
| 1857 | Textilabfälle, nass | 4.2 | S2 | UNTERLIEGT NICHT DEN VORSCHRIFTEN DES ADR | ||||||||||||||||||
| 1858 | HEXAFLUORPROPYLEN (GAS ALS KÄLTEMITTEL R 1216) | 2 | 2A | 2.2 | 662 | 120 ml | E1 | P200 | MP9 | T50 (M) | PxBN(M) | TA4 TT9 | AT | 3 (C/E) | CV9 CV10 CV36 | 20 | ||||||
| 1859 | SILICIUMTETRAFLUORID | 2 | 2TC | 2.3+8 | 0 | E0 | P200 | MP9 | (M) | PxBH(M) | TA4 TT9 | AT | 1 (C/D) | CV9 CV10 CV36 | S14 | 268 | ||||||
| 1860 | VINYLFLUORID, STABILISIERT | 2 | 2F | 2.1 | 386 662 | 0 | E0 | P200 | MP9 | (M) | PxBN(M) | TA4 TT9 | FL | 2 (B/D) | V8 | CV9 CV10 CV36 | S2 S4 S20 | 239 | ||||
| 1862 | ETHYLCROTONAT | 3 | F1 | II | 3 | 1 L | E2 | P001 IBC02 R001 | MP19 | T4 | TP2 | LGBF | FL | 2 (D/E) | S2 S20 | 33 | ||||||
| 1863 | DÜSENKRAFTSTOFF | 3 | F1 | I | 3 | 664 | 500 ml | E3 | P001 | MP7 MP17 | T11 | TP1 TP8 TP28 | L4BN | FL | 1 (D/E) | S2 S20 | 33 | |||||
| 1863 | DÜSENKRAFTSTOFF (Dampfdruck bei 50 °C größer als 110 kPa) | 3 | F1 | II | 3 | 640C 664 | 1 L | E2 | P001 | MP19 | T4 | TP1 TP8 | L1,5BN | FL | 2 (D/E) | S2 S20 | 33 | |||||
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| 1863 | DÜSENKRAFTSTOFF (Dampfdruck bei 50 °C höchstens 110 kPa) | 3 | F1 | II | 3 | 640D 664 | 1 L | E2 | P001 IBC02 R001 | MP19 | T4 | TP1 TP8 | LGBF | FL | 2 (D/E) | S2 S20 | 33 | |||||
| 1863 | DÜSENKRAFTSTOFF | 3 | F1 | III | 3 | 664 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T2 | TP1 | LGBF | FL | 3 (D/E) | V12 | S2 | 30 | ||||
| 1865 | n-PROPYLNITRAT | 3 | F1 | II | 3 | 1 L | E2 | P001 IBC02 R001 | B7 | MP19 | 2 (E) | S2 S20 | ||||||||||
| 1866 | HARZLÖSUNG, entzündbar | 3 | F1 | I | 3 | 500 ml | E3 | P001 | MP7 MP17 | T11 | TP1 TP8 TP28 | L4BN | FL | 1 (D/E) | S2 S20 | 33 | ||||||
| 1866 | HARZLÖSUNG, entzündbar (Dampfdruck bei 50 °C größer als 110 kPa) | 3 | F1 | II | 3 | 640C | 5 L | E2 | P001 | PP1 | MP19 | T4 | TP1 TP8 | L1,5BN | FL | 2 (D/E) | S2 S20 | 33 | ||||
| 1866 | HARZLÖSUNG, entzündbar (Dampfdruck bei 50 °C höchstens 110 kPa) | 3 | F1 | II | 3 | 640D | 5 L | E2 | P001 IBC02 R001 | PP1 | MP19 | T4 | TP1 TP8 | LGBF | FL | 2 (D/E) | S2 S20 | 33 | ||||
| 1866 | HARZLÖSUNG, entzündbar | 3 | F1 | III | 3 | 5 L | E1 | P001 IBC03 LP01 R001 | PP1 | MP19 | T2 | TP1 | LGBF | FL | 3 (D/E) | V12 | S2 | 30 | ||||
| 1866 | HARZLÖSUNG, entzündbar (mit einem Flammpunkt unter 23 °C und viskos gemäß 2.2.3.1.4) (Dampfdruck bei 50 °C größer als 110 kPa) | 3 | F1 | III | 3 | 5 L | E1 | P001 R001 | PP1 | MP19 | 3 (E) | S2 | ||||||||||
| 1866 | HARZLÖSUNG, entzündbar (mit einem Flammpunkt unter 23 °C und viskos gemäß 2.2.3.1.4) (Dampfdruck bei 50 °C höchstens 110 kPa) | 3 | F1 | III | 3 | 5 L | E1 | P001 IBC02 R001 | PP1 BB4 | MP19 | 3 (E) | S2 | ||||||||||
| 1868 | DECABORAN | 4.1 | FT2 | II | 4.1+ 6.1 | 1 kg | E0 | P002 IBC06 | MP10 | T3 | TP33 | SGAN | AT | 2 (E) | V11 | CV28 | 46 | |||||
| 1869 | MAGNESIUM oder MAGNESIUMLEGIERUNGEN, mit mehr als 50 % Magnesium, in Pellets, Spänen, Bändern | 4.1 | F3 | III | 4.1 | 59 | 5 kg | E1 | P002 IBC08 LP02 R001 | B3 | MP11 | T1 | TP33 | SGAV | AT | 3 (E) | VC1 VC2 | 40 | ||||
| 1870 | KALIUMBORHYDRID | 4.3 | W2 | I | 4.3 | 0 | E0 | P403 | MP2 | 1 (E) | V1 | CV23 | S20 | |||||||||
| 1871 | TITANHYDRID | 4.1 | F3 | II | 4.1 | 1 kg | E2 | P410 IBC04 | PP40 | MP11 | T3 | TP33 | SGAN | AT | 2 (E) | 40 | ||||||
| 1872 | BLEIDIOXID | 5.1 | OT2 | III | 5.1+ 6.1 | 5 kg | E1 | P002 IBC08 LP02 R001 | B3 | MP2 | T1 | TP33 | SGAN | TU3 | AT | 3 (E) | CV24 CV28 | 56 | ||||
| 1873 | PERCHLORSÄURE mit mehr als 50 Masse-%, aber höchstens 72 Masse-% Säure | 5.1 | OC1 | I | 5.1+8 | 60 | 0 | E0 | P502 | PP28 | MP3 | T10 | TP1 | L4DN(+) | TU3 TU28 | AT | 1 (B/E) | CV24 | S20 | 558 | ||
| 1884 | BARIUMOXID | 6.1 | T5 | III | 6.1 | 5 kg | E1 | P002 IBC08 LP02 R001 | B3 | MP10 | T1 | TP33 | SGAH L4BH | TU15 TE19 | AT | 2 (E) | VC1 VC2 AP7 | CV13 CV28 | S9 | 60 | ||
| 1885 | BENZIDIN | 6.1 | T2 | II | 6.1 | 500 g | E4 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAH L4BH | TU15 TE19 | AT | 2 (D/E) | V11 | CV13 CV28 | S9 S19 | 60 | ||
| 1886 | BENZYLIDENCHLORID | 6.1 | T1 | II | 6.1 | 100 ml | E4 | P001 IBC02 | MP15 | T7 | TP2 | L4BH | TU15 TE19 | AT | 2 (D/E) | CV13 CV28 | S9 S19 | 60 | ||||
| 1887 | BROMCHLORMETHAN | 6.1 | T1 | III | 6.1 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BH | TU15 TE19 | AT | 2 (E) | V12 | CV13 CV28 | S9 | 60 |
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| 1888 | CHLOROFORM | 6.1 | T1 | III | 6.1 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T7 | TP2 | L4BH | TU15 TE19 | AT | 2 (E) | V12 | CV13 CV28 | S9 | 60 | |||
| 1889 | CYANBROMID | 6.1 | TC2 | I | 6.1+8 | 0 | E0 | P002 | MP18 | T6 | TP33 | S10AH L10CH | TU14 TU15 TE19 TE21 | AT | 1 (C/E) | CV1 CV13 CV28 | S9 S14 | 668 | ||||
| 1891 | ETHYLBROMID | 6.1 | T1 | II | 6.1 | 100 ml | E4 | P001 IBC02 | B8 | MP15 | T7 | TP2 | L4BH | TU15 TE19 | AT | 2 (D/E) | CV13 CV28 | S9 S19 | 60 | |||
| 1892 | ETHYLDICHLORARSIN | 6.1 | T3 | I | 6.1 | 354 | 0 | E0 | P602 | MP8 MP17 | T20 | TP2 | L10CH | TU14 TU15 TE19 TE21 | AT | 1 (C/D) | CV1 CV13 CV28 | S9 S14 | 66 | |||
| 1894 | PHENYLQUECKSILBER(II)- HYDROXID | 6.1 | T3 | II | 6.1 | 500 g | E4 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAH | TU15 TE19 | AT | 2 (D/E) | V11 | CV13 CV28 | S9 S19 | 60 | ||
| 1895 | PHENYLQUECKSILBER(II)- NITRAT | 6.1 | T3 | II | 6.1 | 500 g | E4 | P002 IBC08 | B4 | MP10 | T3 | TP33 | SGAH | TU15 TE19 | AT | 2 (D/E) | V11 | CV13 CV28 | S9 S19 | 60 | ||
| 1897 | TETRACHLORETHYLEN | 6.1 | T1 | III | 6.1 | 5 L | E1 | P001 IBC03 LP01 R001 | MP19 | T4 | TP1 | L4BH | TU15 TE19 | AT | 2 (E) | V12 | CV13 CV28 | S9 | 60 | |||
| 1898 | ACETYLIODID | 8 | C3 | II | 8 | 1 L | E2 | P001 IBC02 | MP15 | T7 | TP2 | L4BN | AT | 2 (E) | 80 |