Seeyon® M-9150 Composite Copper Sulfide Ore Flotation Collector — High Selectivity and High Efficiency

Seeyon® M-9150 is a composite copper sulfide ore flotation collector designed for industrial flotation of copper, copper-gold-silver, copper-lead, copper-nickel, and other polymetallic sulfide ores. The product is a light yellow to brownish-yellow oily liquid, with active component ≥92%, other auxiliary components ≤8%, boiling point >100°C, and specific gravity 0.93–0.96 g/cm³. It features high selectivity, strong collecting ability, and fast flotation performance, with easy handling and no strong pungent odor.

High Selectivity and Rapid Flotation Advantage

Seeyon® M-9150 demonstrates excellent selectivity and strong collecting capacity in polymetallic sulfide flotation, enabling rapid separation of copper, gold, silver, and other target minerals. It improves roughing efficiency and facilitates the recovery of associated precious metals. Its composite chemical structure ensures stable mineral affinity and reliable flotation performance, suitable for industrial flotation operations.

Recommended Dosage and Operational Advantages

The recommended dosage is 15–80 g/t. Its liquid form allows precise measurement and addition, reducing the consumption of other auxiliary reagents and lowering flotation costs. The high boiling point and moderate specific gravity ensure operational safety while maintaining efficient mineral collection during flotation.

Application Scenarios and Supplier Guidance

Seeyon® M-9150 is suitable for industrial flotation of copper, copper-gold-silver, copper-lead, and copper-nickel polymetallic sulfide ores. Mining chemical manufacturers and suppliers can use it as an efficient flotation reagent for large and medium-scale mining operations, enhancing mineral separation efficiency and precious metal recovery.

Seeyon® M-9150 is an ideal choice for polymetallic sulfide ore flotation. With its high selectivity, rapid flotation performance, and excellent collecting ability, it improves mineral separation efficiency, increases precious metal recovery, and supports mining enterprises in achieving efficient and sustainable production goals.