Application Scenarios

Suitable for various mineral processing operations including flotation, thickening, sedimentation and solid-liquid separation across metallic and non-metallic ore processing circuits.

Designed for iron ore, copper, gold, nickel, phosphate, kaolin and other mineral processing plants, with strong adaptability to different ore pulp densities, particle size distributions and process water chemistries.

Solutions

High-molecular-weight anionic and non-ionic polyacrylamide flocculants promote rapid aggregation of fine mineral particles, improving settling rate, underflow density and overflow clarity in thickeners and clarifiers. Customized molecular weight and charge density are tailored to specific mineral surface properties and process water conditions.

• Rapid flocculation and high settling rate for improved throughput.

• High molecular weight for effective bridging of fine particles.

• Clear overflow and high underflow density in thickening operations.

• Compatibility with various process water chemistries and pH ranges.

• Low dosage and cost-effective performance.

• Customized grades for specific ore types and circuit conditions.

Product Overview

Product	Application	Features	Performance Summary
High-Molecular-Weight Anionic Flocculant	Iron ore, copper, gold and other metallic ore thickening	Ultra-high molecular weight; strong bridging capability; fast settling rate	Core grade for general mineral thickening and clarification operations
Non-Ionic Mineral Processing Flocculant	Phosphate, kaolin and non-metallic ore processing	Non-ionic charge; low sensitivity to water hardness; good clarification	Suitable for non-metallic ores and neutral-to-acidic pulp conditions
Fast-Settling Mineral Flocculant	High-throughput thickeners and clarifiers	Rapid dissolution; instant floc formation; high settling rate	Designed for high-capacity operations requiring fast solid-liquid separation
Low-Dosage High-Efficiency Flocculant	Fine particle recovery and tailings thickening	High charge density; low dosage requirement; strong floc strength	Cost-effective grade for fine particle processing and water recovery
Customized Mineral Processing Aid	Special ore types and challenging process conditions	Tailored molecular weight and ionic degree; ore-specific formulation	Working model for customized mineral processing applications