Inventario CE
Inventario CE
Applicazioni nidificate
Inventario CE
The EC inventory published below is a copy as received from the JRC in 2008 on the founding of ECHA. It is comprised of the following lists:
- EINECS (European INventory of Existing Commercial chemical Substances) as published in O.J. C 146A, 15.6.1990. EINECS is an inventory of substances that were deemed to be on the European Community market between 1 January 1971 and 18 September 1981. EINECS was drawn up by the European Commission in the application of Article 13 of Directive 67/548/EEC, as amended by Directive 79/831/EEC, and in accordance with the detailed provisions of Commission Decision 81/437/EEC. Substances listed in EINECS are considered phase-in substances under the REACH Regulation.
- ELINCS (European LIst of Notified Chemical Substances) in support of Directive 92/32/EEC, the 7th amendment to Directive 67/548/EEC. ELINCS lists those substances which were notified under Directive 67/548/EEC, the Dangerous Substances Directive Notification of New Substances (NONS) that became commercially available after 18 September 1981.
- NLP (No-Longer Polymers). The definition of polymers was changed in April 1992 by Council Directive 92/32/EEC amending Directive 67/548/EEC, with the result that substances previously considered to be polymers were no longer excluded from regulation. Thus the No-longer Polymers (NLP) list was drawn up, consisting of such substances that were commercially available between 18 September 1981 and 31 October 1993.
Database contains 106212 unique substances/entries.
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Product of smelting roaster calcines concentrates or cement copper with flux in reverberatory or electric furnaces. Composed primarily of copper and copper, iron and lead sulfides with minor sulfides of other metals.
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266-967-8
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67711-91-5
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Product of smelting roaster calcines concentrates or cement copper with flux in reverberatory or electric furnaces. Composed primarily of copper and copper, iron and lead sulfides with minor sulfides of other metals.
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Product of silicothermic reduction of molybdic oxide. Composed primarily of fused silica, alumina, and calcium and iron oxides and silicates, with a small amount of residual molybdenum.
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282-217-2
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84144-95-6
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Product of silicothermic reduction of molybdic oxide. Composed primarily of fused silica, alumina, and calcium and iron oxides and silicates, with a small amount of residual molybdenum.
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Product of reduction of psilomelane using natural gas. Consists of barium oxide, manganese oxide and other metallic oxides.
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273-748-0
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69012-49-3
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Product of reduction of psilomelane using natural gas. Consists of barium oxide, manganese oxide and other metallic oxides.
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Product of neutralizing lead refining wastes to precipitate heavy metals.
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273-833-2
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69029-93-2
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Product of neutralizing lead refining wastes to precipitate heavy metals.
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Product of leaching calcine and sump tank mud from lead ore refining with sulfuric acid. Consists primarily of lead sulfate and cadmium arsenate.
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273-811-2
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69029-70-5
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Product of leaching calcine and sump tank mud from lead ore refining with sulfuric acid. Consists primarily of lead sulfate and cadmium arsenate.
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Product of hydrolysis and neutralization of zinc refinery wastewater. Consists primarily of zinc hydroxide, calcium sulfate and calcium sulfite.
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273-747-5
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69012-48-2
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Product of hydrolysis and neutralization of zinc refinery wastewater. Consists primarily of zinc hydroxide, calcium sulfate and calcium sulfite.
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Product of hydrolysis and neutralisation of zinc/lead smelter waste waters. Consists primarily of cadmium hydroxide, calcium sulfate, calcium sulfite, iron hydroxide, lead hydroxide and zinc hydroxide.
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305-425-8
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94551-79-8
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Product of hydrolysis and neutralisation of zinc/lead smelter waste waters. Consists primarily of cadmium hydroxide, calcium sulfate, calcium sulfite, iron hydroxide, lead hydroxide and zinc hydroxide.
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Product of blowing smelted nickel ore in a converter to lower the iron content.
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273-749-6
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69012-50-6
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Product of blowing smelted nickel ore in a converter to lower the iron content.
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Product of aluminothermic reduction of vanadium oxide and iron oxide. Composed primarily of fused oxides of aluminum, calcium, iron and vanadium.
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282-220-9
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84144-98-9
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Product of aluminothermic reduction of vanadium oxide and iron oxide. Composed primarily of fused oxides of aluminum, calcium, iron and vanadium.
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Product of aluminothermic reduction of titanium ores. Composed primarily of fused oxides of aluminum, calcium, iron and titanium.
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282-219-3
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84144-97-8
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Product of aluminothermic reduction of titanium ores. Composed primarily of fused oxides of aluminum, calcium, iron and titanium.
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Product of aluminothermic reduction of niobium and tantalum bearing ores. Composed primarily of fused oxides of aluminum, calcium, iron and niobium.
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282-218-8
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84144-96-7
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Product of aluminothermic reduction of niobium and tantalum bearing ores. Composed primarily of fused oxides of aluminum, calcium, iron and niobium.
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Product of aluminothermic reduction of manganese oxides. Composed primarily of fused oxides of aluminum, calcium and manganese.
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282-221-4
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84144-99-0
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Product of aluminothermic reduction of manganese oxides. Composed primarily of fused oxides of aluminum, calcium and manganese.
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Product of aluminothermic reduction of chromium oxide. Composed primarily of fused oxides of aluminium, calcium and chromium.
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282-216-7
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84144-94-5
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Product of aluminothermic reduction of chromium oxide. Composed primarily of fused oxides of aluminium, calcium and chromium.
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Product of aluminium thermoreduction of vanadium oxide and an aluminium source. Consists primarily of oxides of aluminium, calcium, magnesium and vanadium.
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273-725-5
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69012-25-5
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Product of aluminium thermoreduction of vanadium oxide and an aluminium source. Consists primarily of oxides of aluminium, calcium, magnesium and vanadium.
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Product of adding sodium carbonate to solutions in the cadmium plant. Consists primarily of cadmium carbonate with lesser amounts of carbonates and hydroxides of other nonferrous metals.
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273-832-7
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69029-91-0
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Product of adding sodium carbonate to solutions in the cadmium plant. Consists primarily of cadmium carbonate with lesser amounts of carbonates and hydroxides of other nonferrous metals.
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Product of adding oxidizer to solution in the cadmium plant. Consists primarily of hydroxides of cadmium, thallium and indium and cadmium arsenate.
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273-831-1
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69029-90-9
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Product of adding oxidizer to solution in the cadmium plant. Consists primarily of hydroxides of cadmium, thallium and indium and cadmium arsenate.
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Product of adding a sulfidizer to a thallium-rich solution during lead refining. Consists primarily of thallium and cadmium sulfides.
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273-835-3
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69029-95-4
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Product of adding a sulfidizer to a thallium-rich solution during lead refining. Consists primarily of thallium and cadmium sulfides.
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Product of a procedure whereby steel parts are hardened by means of temperature. In this procedure it is accomplished with the aid of heat carrier media; barium, nitrite, sodium and lead-containing hardening salts.
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308-740-9
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98219-71-7
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Product of a procedure whereby steel parts are hardened by means of temperature. In this procedure it is accomplished with the aid of heat carrier media; barium, nitrite, sodium and lead-containing hardening salts.
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Product obtained from recycling of the end electrolyte of copper refining electrolysis followed by evaporation to separate the residual sulfuric acid. Consists primarily of nickel and iron sulfates with small amounts of the sulfates of zinc, alkali earths and alkali metals.
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295-859-3
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92129-57-2
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Product obtained from recycling of the end electrolyte of copper refining electrolysis followed by evaporation to separate the residual sulfuric acid. Consists primarily of nickel and iron sulfates with small amounts of the sulfates of zinc, alkali earths and alkali metals.
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Product obtained during the metallurigical treatment of liquid aluminum alloys. Consists primarily of aluminum, potassium chloride, sodium chloride and metal oxides.
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298-757-7
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93821-69-3
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Product obtained during the metallurigical treatment of liquid aluminum alloys. Consists primarily of aluminum, potassium chloride, sodium chloride and metal oxides.
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Product obtained during the desulfurization of sinter off-gases. Composed primarily of calcium sulfate and contains calcium sulfite as well as impurities from the combustion gas.
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305-439-4
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94551-94-7
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Product obtained during the desulfurization of sinter off-gases. Composed primarily of calcium sulfate and contains calcium sulfite as well as impurities from the combustion gas.
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Product obtained by the removal of minerals from whey. Composed primarily of whey protein and lactose.
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293-804-8
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91082-89-2
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Product obtained by the removal of minerals from whey. Composed primarily of whey protein and lactose.
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Product obtained by removal of primarily C6-C8 monobasic lower boiling fraction from coconut fatty acids.
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273-096-7
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68937-85-9
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Product obtained by removal of primarily C6-C8 monobasic lower boiling fraction from coconut fatty acids.
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Product obtained by centrifuging the slime discharged at the bases of cells for decopperization of electrolytic copper solutions. Composed primarily of a copper powder rich in arsenic.
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309-772-6
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100995-81-1
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Product obtained by centrifuging the slime discharged at the bases of cells for decopperization of electrolytic copper solutions. Composed primarily of a copper powder rich in arsenic.
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Product obtained by a sulfuric acid washing of smoke from cement firing furnaces which contains ammonia and dust not trapped by electrofilters. Composed primarily of calcium, potassium and sodium sulfates and various silicates.
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293-156-6
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91052-00-5
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Product obtained by a sulfuric acid washing of smoke from cement firing furnaces which contains ammonia and dust not trapped by electrofilters. Composed primarily of calcium, potassium and sodium sulfates and various silicates.
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Product obtained as a co product of whey protein concentrate by the physical separation of protein-free whey.
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293-803-2
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91082-88-1
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Product obtained as a co product of whey protein concentrate by the physical separation of protein-free whey.
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Product obtained and separated from copper matte during the smelting of copper ores or copper-containing materials such as lead smelter dross. Consists primarily of copper arsenides and copper antimonides.
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273-836-9
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69029-97-6
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Product obtained and separated from copper matte during the smelting of copper ores or copper-containing materials such as lead smelter dross. Consists primarily of copper arsenides and copper antimonides.
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Product obtained and separated during the melting of nickel and other non-ferrous metals containing raw materials. Consists primarily of antimonides and arsenides of copper and nickel.
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308-765-5
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98246-91-4
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Product obtained and separated during the melting of nickel and other non-ferrous metals containing raw materials. Consists primarily of antimonides and arsenides of copper and nickel.
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Product made by condensation of smoke bearing water vapor resulting from the controlled burning of hickory. It consists primarily of acetic acid, dimethoxyphenol, 2-butanone and water.
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277-726-1
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74113-74-9
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Product made by condensation of smoke bearing water vapor resulting from the controlled burning of hickory. It consists primarily of acetic acid, dimethoxyphenol, 2-butanone and water.
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451-650-0
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PRODUCT LD 779
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Product generated from the wet cleaning of off-gases from the zinc/lead blast furnace. Consists primarily of zinc and lead in metallic or oxide form with varying amounts of other elements and compounds.
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298-758-2
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93821-70-6
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Product generated from the wet cleaning of off-gases from the zinc/lead blast furnace. Consists primarily of zinc and lead in metallic or oxide form with varying amounts of other elements and compounds.
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Product from the waste water treatment of chlorine alkali electrolysis according to the amalgan procedure. Consists primarily of carrier aluminum silicates, besides elemental mercury silver sulfide and impurities from maintenance work on the electrolysis cells.
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294-413-5
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91722-12-2
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Product from the waste water treatment of chlorine alkali electrolysis according to the amalgan procedure. Consists primarily of carrier aluminum silicates, besides elemental mercury silver sulfide and impurities from maintenance work on the electrolysis cells.
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Product from the washing of sweeps and cleanings from a cadmium plant. Consists primarily of metallic cadmium and iron.
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273-819-6
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69029-77-2
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Product from the washing of sweeps and cleanings from a cadmium plant. Consists primarily of metallic cadmium and iron.
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Product from the roasting of lead ore flue dust acid cake. Consists primarily of sulfates of Cd, Pb, As, Tl, Te and In.
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273-804-4
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69029-62-5
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Product from the roasting of lead ore flue dust acid cake. Consists primarily of sulfates of Cd, Pb, As, Tl, Te and In.
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Product from the reaction of dusts from the processing of lead ores with sulfuric acid. Consists primarily of sulfates of Cd, Pb, As, Tl, Te and In.
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273-807-0
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69029-65-8
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Product from the reaction of dusts from the processing of lead ores with sulfuric acid. Consists primarily of sulfates of Cd, Pb, As, Tl, Te and In.
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Product from the pH-adjustment of indium-rich solutions causing the precipitation of indium, ammonium and cadmium hydroxides and sulfates and zinc sulfate.
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273-794-1
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69029-48-7
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Product from the pH-adjustment of indium-rich solutions causing the precipitation of indium, ammonium and cadmium hydroxides and sulfates and zinc sulfate.
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Product formed when zinc is mixed into de-copperized lead where it combines with silver and is skimmed off in blocks. Lead is removed from the blocks by applying hydraulic pressure. Consists primarily of copper, gold, lead, silver and zinc.
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273-799-9
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69029-57-8
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Product formed when zinc is mixed into de-copperized lead where it combines with silver and is skimmed off in blocks. Lead is removed from the blocks by applying hydraulic pressure. Consists primarily of copper, gold, lead, silver and zinc.
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Product formed when surface contaminants are removed from copper alloy wires by electrolytic action in the presence of phosphoric acid. Consists primarily of soaps and oxides of copper and metals present in copper alloys.
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297-497-1
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93572-65-7
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Product formed when surface contaminants are removed from copper alloy wires by electrolytic action in the presence of phosphoric acid. Consists primarily of soaps and oxides of copper and metals present in copper alloys.
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Product formed during steel and steel coatings production. Consists primarily of fused silicates and trace elements in oxide form as well as traces of alloying elements.
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294-410-9
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91722-10-0
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Product formed during steel and steel coatings production. Consists primarily of fused silicates and trace elements in oxide form as well as traces of alloying elements.
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Product formed during diverse casting procedures. Consists primarily of lumps of aluminium silicate contaminated with production-specific impurities such as slags as well as oxides and metallic substances of primary production.
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294-447-0
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91722-48-4
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Product formed during diverse casting procedures. Consists primarily of lumps of aluminium silicate contaminated with production-specific impurities such as slags as well as oxides and metallic substances of primary production.
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Product formed by removal of most metals (i Cu, As, Ni) from the spent copper sulfate electrolyte resulting from electrolytic refining of copper.
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273-716-6
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69012-16-4
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Product formed by removal of most metals (i Cu, As, Ni) from the spent copper sulfate electrolyte resulting from electrolytic refining of copper.
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Product consisting of the circulating amebocytes of Limulus polyphemus dissolved in a buffered aqueous solution.
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271-731-2
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68606-22-4
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Product consisting of the circulating amebocytes of Limulus polyphemus dissolved in a buffered aqueous solution.
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PRODUCT 5899
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404-150-1
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17092-80-7
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PRODUCT 5899
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Produced by vapor metallurgy during the remelting of zinc-rich lead blast-furnace slag. Consists primarily of zinc oxide and lead sulfate.
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273-762-7
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69012-65-3
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Produced by vapor metallurgy during the remelting of zinc-rich lead blast-furnace slag. Consists primarily of zinc oxide and lead sulfate.
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455-470-3
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PRODIGY BMC-100
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444-030-6
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PROCYTE PC-1044
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PROCION YELLOW PX-R; S154357; SUBSTANCE S154357
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412-940-2
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148878-18-6
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PROCION YELLOW PX-R; S154357; SUBSTANCE S154357
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414-910-4
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PROCION ROYAL H-EXL COLOUR; SUBSTANCE S158637
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PROCION EMERALD H-EXL COLOUR; SUBSTANCE S156718
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417-250-5
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151436-99-6
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PROCION EMERALD H-EXL COLOUR; SUBSTANCE S156718
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PROCION BRILLIANT ORANGE H-EXL; S156745
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412-960-1
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148878-21-1
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PROCION BRILLIANT ORANGE H-EXL; S156745
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