1. Chemical Profile & Specifications

2. Functional Applications

2.1 Metallurgical Processing

• Selective collector for rare earth oxides (REO) in mineral flotation
• Efficient extractant for copper/zinc oxide ores through chelation mechanisms
• Primary reagent in tin ore beneficiation when combined with P86 modifier

2.2 Analytical Chemistry

• Precipitation agent for bismuth, copper, and nickel analysis
• Colorimetric determination of tungsten and rare earth elements

2.3 Industrial Synthesis

• Key intermediate in pharmaceutical hydroxamate derivatives
• Precursor for corrosion inhibitor formulations

3. Operational Guidelines

3.1 Mineral Processing Protocol

1. Prepare 0.5-1.0% alkaline solution (pH 8.5-10)
2. Dose at 100-500g/ton ore depending on metal content
3. Maintain slurry temperature between 25-40°C
4. Combine with P86 modifier (1:3 ratio) for tin ore applications

3.2 Safety Handling

• PPE Requirements: Chemical-resistant gloves, goggles
• Storage: Dry environment below 30°C
• Disposal: Neutralize with lime before wastewater discharge

4. Industry Case Studies

Case 1: Rare Earth Recovery Enhancement

Client: Southern China Rare Earth Group
Challenge: Low recovery rates (≤65%) for cerium oxides
Solution: Implemented SHAM-based flotation at pH 9.2
Outcome: Recovery improved to 82% with 94% purity

Case 2: Tin Concentrate Optimization

Client: Yunnan Tin Corporation
Challenge: High cassiterite losses in tailings
Solution: SHAM/P86 synergistic system (1:3 ratio)
Outcome: Tin recovery increased 18% versus traditional methods

5. Commercial Inquiry

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