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Introduction:
1. G-5100T exhibits significantly superior selectivity compared to ordinary xanthates, resulting in higher concentrate grades. G-5100T demonstrates targeted adsorption of chalcopyrite and gold-bearing sulfides, accurately identifying target minerals and substantially inhibiting the flotation of gangue sulfide minerals such as pyrite and arsenopyrite. Xanthates, being general-purpose collectors, are active in adsorbing all sulfide minerals, easily leading to the simultaneous flotation of gangue minerals like pyrite, resulting in high impurity levels in the concentrate and increased subsequent purification costs. This problem is even more pronounced with isoamyl xanthates.
2.It is more adaptable to complex ores/low-grade ores and has a better sorting effect.
3.It has better chemical stability and a wider applicable pH range.
G-5100T can function stably in weakly acidic to alkaline slurries without the need for strict pH control,
and has strong adaptability to slurry environments.
4.More environmentally friendly and less polluting
G-5100T has no irritating odor, its decomposition products have no toxic or harmful components, it has good biodegradability, and its wastewater treatment is easy, meeting the environmental protection requirements of modern mines; xanthate has a strong irritating odor, and its decomposition produces carbon disulfide , which is a toxic pollutant. Its wastewater requires oxidation treatment, and long-chain xanthate has poorer degradation properties, posing a higher risk to environmental management.
5.Lower reagent dosage, higher flotation efficiency