Products and Applications
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This is a highly stable fluorocarbon-based acid mist suppressant formulated for direct application in copper electrowinning electrolytes. By lowering surface tension, it effectively suppresses acid mist, helping maintain a cleaner, safer working environment while also reducing corrosion and extending equipment lifespan.
Typically used in the electrowinning (EW) stage of hydrometallurgical copper refining, it can be combined with floating plastic spheres for enhanced effect. It does not generate excessive surface foam, helping to minimize reagent loss and ensuring compatibility with both solvent extraction (SX) and electrowinning (EW) systems.
This product is a surfactant-type copper ore leaching aid that significantly reduces solid-liquid interfacial tension, enhances solution penetration into pore-fissures on ore surfaces, accelerates the transfer of target leachables to the liquid phase, and improves copper ore leaching efficiency. In practical applications, it is mixed with commonly used leaching agent (sulfuric acid solution) through a simple process, without affecting subsequent extraction processes. The product is harmless to humans.
A general-purpose surfactant-type copper leaching aid suitable for industrial mining operations. It enhances leach solution permeability and copper ion transfer, significantly improving leaching yields. Acid-stable and easily blended with sulfuric acid systems, with no impact on downstream processing.
This non-ionic surfactant-based copper leaching aid effectively lowers interfacial tension and improves solution diffusion into mineral fissures, accelerating the movement of target ions into the liquid phase and improving copper recovery. It offers strong acid resistance and is compatible with sulfuric acid systems.
A non-ionic surfactant leaching aid that improves wetting and penetration of leach solution into ore surfaces and promotes more efficient copper ion transfer. It is safe to use and does not interfere with downstream extraction processes.
This blended surfactant leaching aid enhances solution penetration into mineral microstructures and accelerates the transfer rate of target species into the liquid phase, boosting copper extraction efficiency. It is fully compatible with conventional sulfuric acid leach solutions and requires no changes to existing process flows. Safe, efficient, and user friendly.
A blended surfactant-based leaching aid designed for copper ores. It significantly reduces the solid–liquid interfacial tension, enhances the penetration of leaching solution into ore cracks and pores, and accelerates copper ion migration to the liquid phase, resulting in higher copper leaching rates. Highly acid-resistant and compatible with sulfuric acid leach systems, it offers simple operation, is safe to handle, and poses no interference to downstream extraction.
A selective copper depressant for Mo-Cu separation in mixed concentrate flotation. It outperforms traditional depressants like sodium sulfide and is particularly effective for molybdenum–copper ores.
A high-efficiency pyrite depressant designed for Cu-Mo flotation. It effectively reduces the flotation of associated pyrite at low dosage.
An effective depressant for sulfide zinc ores, designed for selective separation of molybdenum and zinc.
A high-performance depressant for sulfide copper ores, used in the separation of copper–molybdenum or molybdenum–copper ores.
A high-performance frother for coal slurry flotation, delivering fine, stable froth, excellent coal recovery, and selective separation. It allows for rapid froth breakdown after flotation, features a high flash point, and is classified as a non-hazardous product that meets environmental safety standards.
A frother formulated to replace No. 2 oil, effective in the flotation of both sulfide and oxide ores. It produces a stable froth structure that promotes the recovery of ultrafine minerals.
This collector is specifically designed for coal slurry flotation, delivering efficient recovery with low reagent consumption and excellent selectivity. It performs especially well with oxidized or hard-to-float coal fines, significantly improving combustible yield ratio. With a high flash point and non-hazardous profile, it supports safe use and environmentally compliant operations.
A high performance collector for molybdenite flotation, offering superior selectivity and efficiency compared to conventional reagents like diesel oil.
A general-purpose reagent for the selective recovery of sulfide copper ores.
A high-efficiency reagent for the flotation of tungsten and tin ores, enhancing recovery of both W and Sn.
A high-efficiency reagent for ilmenite flotation, improving titanium recovery.
A high-performance reagent for the flotation of lepidolite.
A high-efficiency flotation reagent for spodumene recovery.
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