Product Details
Product Description
GC303 Sodium O-Isobutyl Dithiocarbonate is a specialized flotation collector designed for the selective recovery of platinum group metals (PGMs), gold, and silver from sulfide ores. As a high-performance alternative to traditional xanthates like butyl xanthate, GC303 excels in ores with high mud content, ensuring superior recovery rates and operational efficiency in challenging mineral processing conditions.
Why Choose GC303?
GC303 is engineered to address the complexities of PGM and precious metal flotation, offering unmatched selectivity and robustness. Its unique chemical composition enhances froth stability and mineral attachment, making it indispensable for optimizing concentrate grade and recovery in sulfide ore processing.
Key Features of GC303:
Targeted Efficiency: Specifically effective for platinum, gold, and silver sulfide ores, with proven performance in high-clay or muddy ore bodies.
Enhanced Recovery: Replaces butyl xanthate while delivering higher recovery rates for PGMs and precious metals.
Versatile Application: Suitable for both powder and rod-shaped forms, easily prepared as a 10% solution for seamless integration into flotation circuits.
Low Environmental Impact: Degrades during downstream processing, minimizing residual environmental footprint.
Applications:
Platinum Group Metals (PGMs): Optimizes recovery from complex sulfide ores.
Gold & Silver Ores: Improves flotation kinetics and concentrate grade.
High-Mud Content Ores: Maintains performance where traditional collectors fail.
Optimal Usage:
Dosage: Prepare as a 10% aqueous solution; dosage tailored to ore type and process requirements.
Feeding Method: Direct addition to flotation pulps for uniform dispersion.
Storage & Safety:
Store in a shaded, ventilated area away from oxidizers and flames.
Use PPE (gloves, goggles) to avoid dust contact.
Packaging: 800kg jumbo bags or wooden boxes (ton bag lined).
Conclusion:
GC303 sets a new standard for PGM and precious metal flotation, combining cutting-edge chemistry with operational reliability. Its ability to outperform conventional collectors in challenging ores makes it the preferred choice for mines aiming to maximize recovery and profitability.
