【Introduction】C5H11OCSSNa(K)..
【Characteristic】Store in a cool,dry,ventilated warehouse.
【Application】Used as the collector for the flotation of non-ferrous metal mineral which need strong collector but no selectivity. It is a good collector for the flotation of oxidized sulfide ore or copper oxide and zinc oxide (vulcanized by the sulfiding agent)as well as copper-nickel sulfide ores and gold bearing pyrite ores and so on.
【Introduction】(CH3)2C2H3OCSSNa(K)..
【Characteristic】Store in a cool, dry, ventilated warehouse
【Application】Used as the flotation collector for non-ferrous metal complex sulphide ore with medium selectivity and strong flotation ability, which is suitable for polymetalic sulphide ore consisting copper, lead zinc and so on. In the natural loop, it is particularly effective in the flotation for various copper and pyrite.
【Introduction】(CH3)2CHOCSSNa..
【Characteristic】Store in a cool, dry, ventilated warehouse.
【Application】Used as the flotation collector for non-ferrous metal sulphide ore with medium flotation. Also can be used as rubber sulfide accelerator and production of O-isopropyI-N-ethyI thionocarbamate.
【Introduction】C2H5OCSSNa..
【Application】in the xanthate products, equipped with the curing agent, used for copper and lead oxide ore flotation.
【Introduction】(C4H9O)2PSS·NH4, Flotation Reagent..
【Application】Used as the good collector and frother for the flotation of non-ferrous metal ores. It has special separation effects on copper lead silver and other polymental zinc sulfide ores and activated zinc sulphide. Also used in the flotation of nickel and antimony sulfide ores, specially effective for but also there fractory sulfide nickel ore, mixed sulphide and oxide nickel ore, the middling ore of sulfide ore and gangue. It’s weak collector for pyrite and pyrrhotite in alkaline pulp, while better for galena. It's also beneficial to the recovery of platinum gold and silver.
【Introduction】(CH3C6H4O)2PSSH..
【Application】Used as an effective collect or for the flotation of lead copper and silver sulfide and activated zinc sulfide both with foaming, commonly used in flotation separation operations of lead and zinc ore; it’s a weak collector for pyrite and other sulfide ores in alkaline circuit but in neutral or acidic medium. It is powerful and non-selective collector for all sulfide ores, having special effects on heavy metal oxide ores.
【Introduction】(CH3C6H4O)2PSSNa..
【Application】Used as an effective collector for the flotation of copper lead sulfide ores and it's commonly used in the priority separation flotation of copper, lead and zinc sulfide ores because of its weak collector capability for zinc sulfide ores.
【Introduction】[(CH3)2CHCH2O2PSS]Na { (CH3(CH2)3O)2PSSNa ..
【Application】Used as an effective collector for the flotation of copper or zinc sulfide ores and some precious metals ores, such as gold and silver, a weak collector for pyrite in alkaline loop, both with weak foaming.
【Introduction】(C3H7O)2PSSNa..
【Characteristic】Store in a cool dry ventilated warehouse.
【Application】Used as the collector for the flotation of gold, silver, copper, zinc ores with goods electivity.
【Introduction】(C2H5O)2PSSNa..
【Application】Used as the flotation collector for copper, lead, nickel sulphide ore like and precious metal minerals like gold, silver. The fIotation effect of gold is better than that of xanthate, as well as foaming.
【Introduction】(CH3)2CHOC(S)NHC2H5..
【Application】Used as a good collector for copper, lead, zinc, molybdenum and other metal sulfide ores both with foaming. It's weak collector for pyrite but good selectivity for copper and a special efficiency in separation.
【Introduction】(C2H5)2NCSSNa·3H20..
【Application】Used as the fine collector for the flotation of sulfide mineral. The collector performance is similar with Xanthate and dithiophosphate, but compared with them it has the characteristics of strong collector, fast flotation speed, less amount and so on. Having good selectivity in the flotation for sulfide ores because of it's weak collector for pyrite, Having good flotation effects on copper, lead, zinc, stibnite and other sulfide minerals. It can improve the separation effects on lead and zinc under the conditions of high alkalinity.
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