High-Purity Sodium Ethyl Xanthate Supplier: Enhancing Non-Ferrous Ore Flotation | Manufacturer in China

Discover the optimal solution for your non-ferrous mineral processing needs with our high-quality Sodium Ethyl Xanthate. As a leading manufacturer and supplier in China, we offer exceptional purity and performance to maximize your ore recovery and operational efficiency. Request a quote and sample today to experience the difference.

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Key Advantages of Our Sodium Ethyl Xanthate

Exceptional Collecting Power

Our Sodium Ethyl Xanthate is formulated to offer the strongest selectivity within the xanthate family, making it an ideal flotation collector for fine flotability and complex sulfide minerals. It efficiently targets valuable metals in your ore.

Consistent Purity and Quality

We guarantee a minimum purity of 90%, ensuring predictable and reliable performance in demanding mineral processing applications. This commitment to quality makes us a preferred manufacturer of sex flotation reagent.

Global Supply Chain Integration

Leverage our extensive experience as a chemical supplier in China to ensure timely delivery and efficient logistics for your mining operations worldwide. We are committed to providing excellent service to those looking to buy sodium ethyl xanthate 140-90-9.

Versatile Applications in Mineral Processing

Copper Ore Flotation

Widely used as a primary collector in the preferential flotation of copper sulfide and oxide ores, often in conjunction with vulcanizing agents for enhanced performance.

Lead and Zinc Mineral Recovery

Effective in the flotation of lead and zinc sulfide minerals, contributing to higher recovery rates and cleaner concentrate grades. Explore how to use sodium ethyl xanthate for gold ore processing.

Gold and Nickel Extraction

Plays a crucial role in the flotation of gold-bearing ores and copper-nickel sulfide deposits, improving the efficiency of precious metal and base metal recovery.

Hydrometallurgical Processes

Serves as a precipitant in specific hydrometallurgical processes, particularly in the refining of zinc electrolytes, demonstrating its broad chemical utility.