Elevate Your Mineral Recovery: The Power of D497 Clay Depressant for Mining Flotation

Discover how our advanced D497 Clay Depressant effectively inhibits challenging clay minerals like montmorillonite and kaolinite, significantly boosting concentrate grades and recovery rates in your flotation operations. As a leading mining chemical supplier in China, we offer solutions for optimizing ore processing and achieving efficient mineral separation.

Get a Quote & Sample

Key Advantages of Our Flotation Depressant

Targeted Clay Mineral Suppression

Our D497 Clay Depressant is engineered to specifically target and depress clay minerals such as montmorillonite and kaolinite, ensuring that valuable minerals are not hindered during the flotation process. This specificity is crucial for R&D scientists optimizing their formulations.

Enhanced Operational Efficiency

By improving concentrate grade and recovery rates, and enabling faster tailings settling, this reagent directly contributes to the overall economic efficiency of your mining operations. Purchasing managers will find this an attractive solution for cost optimization.

Synergistic Performance with Water Glass

When combined with water glass in a recommended ratio (1:1 to 3:1), the depressant's efficacy is amplified, providing superior results. This partnership allows formulators to achieve better outcomes and potentially reduce overall chemical spend.

Primary Applications in Mineral Processing

Copper and Polymetallic Ore Flotation

Ideal for the efficient flotation of copper and polymetallic ores, where effective depression of gangue minerals is critical for maximizing valuable mineral yield. Source your mining chemicals from a reliable supplier.

Kaolinite and Montmorillonite Inhibition

Specifically designed to suppress the problematic effects of kaolinite and montmorillonite, common challenges faced by product formulators in complex ore bodies.

Tailings Management

Contributes to solving the issue of difficult tailings settling, leading to clearer process water and improved environmental management in mining operations.

Optimized Slurry Environments

Demonstrates high efficacy in weakly acidic, neutral, and low alkali slurry environments, offering versatility for various processing conditions sought by procurement specialists.