SODIUM AMYL XANTHATE (SAX)

High-Performance Sodium Amyl Xanthate for Mining & Mineral Processing Applications

Sodium amyl xanthate (C₆H₁₁NaOS₂) presents as pale yellow to grey yellow free-flowing powder with exceptional collecting properties, serving critical functions across sulfide mineral flotation, copper-nickel ore processing, pyrite recovery operations, and complex ore separation systems. This versatile xanthate collector provides unique thiol chemistry capabilities essential for non-ferrous metal extraction, particularly effective where strong collecting power is required without selectivity constraints in bulk flotation operations.

At Chemicals & Process Equipment Limited, we supply industrial-grade and mining-grade Sodium Amyl Xanthate (85% minimum purity) manufactured under strict quality control protocols and mining industry specifications. Our product portfolio meets demanding requirements for flotation operations, sulfide mineral processing, and metallurgical applications across global mining sectors.

✅ Industrial Grade Standards – CAS 7607-99-0 Specification Compliance
✅ Mining Quality Control – Flotation & Mineral Processing Applications
✅ Research Grade Certification – Laboratory & Development Quality
✅ Multi-Application Platform – Versatile Collector Performance
✅ Complete Documentation – Comprehensive Quality Assurance Package

Technical Specifications & Chemical Properties

Specialized Packaging Solutions:

• 50kg woven bags with moisture-resistant protection for standard operations
• 120kg iron drums with enhanced sealing for industrial applications
• 850kg wooden boxes for high-volume mining operations
• Climate-controlled storage containers for mining site delivery

Sulfide Ore Flotation & Processing Applications

Copper-Nickel Sulfide Ore Processing Sodium amyl xanthate demonstrates exceptional performance as the strongest collector in the xanthate family, particularly effective for copper-nickel sulfide ore flotation where strong collecting ability is essential. It forms stable complexes with sulfide minerals, enabling efficient recovery of valuable metals from complex ore systems.

Pyrite & Complex Sulfide Recovery Used as the flotation collector for non-ferrous metal complex sulfide ore, with strong collector ability but poor selectivity, suitable for copper-nickel sulfide ore and pyrite flotation operations. SAX enables bulk flotation of sulfide minerals before subsequent selective separation processes.

Non-Ferrous Metal Extraction Sodium amyl xanthate serves as a powerful collector for non-ferrous metallic minerals where strong but non-selective collection is desired. It effectively collects copper, lead, zinc, and nickel sulfides in primary flotation circuits, maximizing overall metal recovery rates.

Tarnished Sulfide & Oxide Ore Treatment It is a good collector for the flotation of tarnished sulfide or copper oxide and lead oxide ores (after sulfidation by Na₂S or NaHS). SAX enables recovery of partially oxidized sulfide minerals through controlled surface chemistry modification.

For comprehensive information on sodium amyl xanthate applications in mineral flotation, refer to this detailed xanthate collector guide by ScienceDirect. Our mining flotation chemicals provides specialized guidance for optimal collector performance.

Advanced Flotation Applications

Bulk Flotation Operations Typical sulfide collector dosages range from 0.01 to 0.1 kg/metric ton of dry feed to flotation, with some applications ranging up to 0.5 kg/metric ton. Sodium amyl xanthate’s strong collecting power makes it ideal for bulk flotation circuits where maximum mineral recovery is prioritized over selectivity.

Gold-Bearing Pyrite Recovery In the flotation of copper-nickel sulfide and auriferous pyrite, sodium amyl xanthate serves as an excellent collector, enabling recovery of gold-bearing pyrite minerals that require strong collecting action for efficient flotation performance.

Complex Ore Processing Systems With increasing length of the hydrocarbon chain in xanthates, the efficiency of the hydrophobic action increases, but the selectivity to ore type decreases. SAX provides optimal balance between collecting power and processing economics for complex polymetallic ores.

High-Grade Concentrate Production About 300 g/t of ore is required for efficient separation using xanthate collectors. Sodium amyl xanthate enables high-grade concentrate production through controlled dosage optimization and circuit design for specific ore characteristics.

Industrial & Chemical Applications

Rubber & Latex Industry Beyond mining applications, sodium amyl xanthate finds specialized use in rubber processing and latex industries where its chemical properties enable polymer modification and processing enhancement applications.

Chemical Synthesis Applications Sodium amyl xanthate serves as a reagent in organic synthesis, providing sulfur-containing functionality for specialized chemical manufacturing processes requiring xanthate chemistry.

Research & Development In research applications, sodium amyl xanthate enables studies of collector mechanisms, surface chemistry interactions, and flotation optimization for academic and industrial research programs.

Environmental Applications Xanthate chemistry enables selective metal extraction from contaminated solutions, mine drainage treatment, and environmental remediation applications requiring controlled metal recovery.

Quality Control & Analytical Testing

Comprehensive Quality Assurance Every production batch undergoes extensive testing to ensure compliance with mining-grade, industrial, and research specifications. Our quality control laboratory employs advanced analytical techniques including HPLC analysis, elemental analysis, and flotation testing to verify purity and collecting performance.

Quality testing procedures include:

• Purity determination via high-performance liquid chromatography
• Xanthate content analysis through titration methods
• Heavy metals testing by atomic absorption spectroscopy
• Moisture content analysis using gravimetric methods
• Particle size distribution via sieve analysis
• Flotation performance testing with standard mineral samples

Storage & Handling Specifications

Optimal Storage Requirements

• Store in a cool, dry, ventilated warehouse away from moisture exposure
• Maintain storage temperature between 10-30°C with controlled humidity
• Protect from heat sources and direct sunlight to prevent degradation
• Use sealed containers to prevent moisture absorption and oxidation
• Implement controlled atmosphere storage for long-term stability

Professional Handling Guidelines

• Use appropriate personal protective equipment including chemical-resistant gloves and respiratory protection
• Provide adequate ventilation during material handling and flotation operations
• Avoid dust generation through controlled transfer and dispensing procedures
• Maintain emergency eyewash and safety shower facilities in processing areas
• Follow mining industry safety protocols for flotation reagent handling

Flotation Circuit Integration & Optimization

Dosage Guidelines & Application Typical dosage ranges from 50-300 g/t depending on ore type, mineral composition, and flotation conditions. Optimal dosages are determined through flotation testing and metallurgical evaluation for specific ore characteristics and processing objectives.

Circuit Design Considerations Sodium amyl xanthate integrates effectively into conventional flotation circuits, compatible with standard flotation equipment, pH control systems, and conditioning procedures common in mineral processing operations.

Process Water Compatibility Compatible with various process water qualities including recycled water, high-salinity solutions, and mine water systems commonly encountered in mining operations without significant performance degradation.

Synergistic Collector Systems SAX demonstrates compatibility with other collectors and flotation reagents, enabling customized collector systems for enhanced selectivity or improved metallurgical performance in specific applications.

Environmental & Safety Considerations

Environmental Impact Management Sodium amyl xanthate provides controlled environmental impact through managed application dosages and established waste treatment protocols. It decomposes naturally under environmental conditions, minimizing long-term accumulation in processing systems.

Workplace Safety Protocols Established occupational exposure guidelines ensure safe workplace handling during flotation operations and mineral processing activities. Proper ventilation, personal protective equipment, and emergency response procedures maintain worker safety and health protection.

Regulatory Compliance Our sodium amyl xanthate meets international safety standards and regulatory requirements for mining chemical applications. Complete documentation includes Safety Data Sheets with GHS classification and transportation guidelines per mining industry regulations.

Technical Support & Application Development

Flotation Testing Services Our technical team provides comprehensive flotation testing, metallurgical evaluation, and process optimization services to determine optimal sodium amyl xanthate applications for specific ore types and processing conditions.

Custom Collector Formulations We develop specialized collector formulations incorporating sodium amyl xanthate for unique flotation applications requiring enhanced performance, modified selectivity, or specific processing conditions.

Process Engineering Support Technical support includes flotation circuit design recommendations, dosage optimization protocols, and process control strategies for successful sodium amyl xanthate implementation in mining operations.

Training & Technology Transfer Comprehensive training programs ensure successful technology transfer and optimal performance in sodium amyl xanthate applications across diverse mining and metallurgical operations.

Comparative Collector Performance

Xanthate Family Comparison Sodium amyl xanthate represents the strongest collector in the xanthate family, providing maximum collecting power for applications where selectivity is less critical than overall mineral recovery rates.

Performance Advantages

• Strongest collecting ability among xanthate collectors
• Effective for complex sulfide ore systems
• Compatible with standard flotation equipment
• Cost-effective for bulk flotation operations
• Proven performance in industrial applications

Application Limitations

• Non-selective collection properties limit use in selective flotation
• Requires subsequent separation processes for concentrate upgrading
• Higher reagent consumption compared to selective collectors
• Limited effectiveness on heavily oxidized ore surfaces

Why Choose Chemicals & Process Equipment Limited?

✔ Multi-Grade Excellence – Mining, industrial, and research specifications available ✔ Quality Leadership – Advanced testing ensures consistent high-purity standards ✔ Application Expertise – Technical support across diverse mining applications ✔ Regulatory Assurance – Complete documentation for mining and industrial use ✔ Global Distribution – Reliable supply chain supporting international mining operations

Our sodium amyl xanthate products represent the highest standards in flotation collector chemistry, specifically formulated for demanding mineral processing, sulfide ore flotation, and metallurgical applications. We provide comprehensive technical support, flotation testing, and quality assurance to ensure optimal performance across your specialized mining and processing operations.

For detailed specifications, flotation testing protocols, or technical documentation, contact our specialized mining chemicals team. We provide comprehensive support including collector optimization, metallurgical evaluation, and process development assistance to maximize effectiveness in your mineral processing, sulfide ore flotation, or metallurgical applications.