Sodium Isopropyl Xanthate SIPX
MF C4H7NaOS2
Physical
Sodium Isopropyl Xanthate(SIPX)is Pale yellow or yellow free flowing powder or pellet with strong odour,soluble in water,decomposing easily when meeting acid and heat.
Dry Pellet |
Compound Pellet |
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Items |
Grade |
Items |
Grade |
Appearance |
Yellow or grey white |
Appearance |
Yellow or grey white |
Active Component |
≥90% |
Active Component |
≥85% |
Free Alkali |
≤0.2% |
Free Alkali |
≤0.5% |
Moisture&Volatile |
≤4.0% |
Moisture&Volatile |
≤10.0% |
Solubility |
Soluble in water With no impurity |
Solubility |
Soluble in water With no impurity |
Application
Sodium Isopropyl Xanthate(SIPX)is a most powerful collector of Xanthate, widely used in the flotation treatment of sulfide ores, especially for the flotation treatment of Cu-Ni compound sulfide ore as well as gold mine associated with pyrite.
Packaging
110kg or 160kg/iron drum;or 50kg net bag;or 850kg net plywood box(with 25kg or 50kg inner bag).
Storage
Xanthate should be Kept stored in cool and dry environment.
Notice
Keep away from wet, fire and sunshine. To avoid decomposing, don’t be used in acid circumstance. When opening the bag, keep away from any warm object. Wear ocular and anti-toxin respirator to protect your skin, eye and nonnasality. In case of contact, wash immediately with plenty of water for at least 15 minutes.
Sodium isopropyl xanthate is one of several different types of xanthate compounds used in mineral processing. The general formula is rocs2 (Na, K), where "R" is the hydrocarbon chain. The hydrocarbon chain can be ethyl, amyl, isobutyl or isopropyl. The first two reactions take place in acidic solutions. Ultrasonic catalytic degradation of sodium isopropyl xanthate in aqueous solution in the presence of nano chalcocite: progress in degradation mechanism and phytotoxicity effects. Highlights as below:
Green production of Cu2S NPs using a high energy planetary ball milling process.
Investigating the degradation of SIPX by a Cu2S NPs catalyzed sonolysis process.
Proposing degradation mechanism via studying the role of various scavenging compounds.
Introducing US/Cu2S/S2O82− as a rapid sonocatalytic system.