Brief: This short presentation tells the story behind the design and intended use cases of our Anionic Mining Polyacrylamide Flocculant Powder. You'll see how this specialized mineral processing agent enhances solid-liquid separation in nickel-cobalt laterite ore washing operations, improving sedimentation efficiency and mineral recovery rates while supporting environmental protection efforts.
Related Product Features:
Anionic polyacrylamide powder specifically designed for nickel-cobalt laterite ore washing and solid-liquid separation processes.
Acts as both precipitating agent and stabilizer in mineral processing to enhance sedimentation efficiency.
Functions as bridging agent between organic colloidal particles and water-soluble substances in tailings treatment.
Maintains ore pulp stability and mobility while preventing sediment and rock particle cohesion.
Suitable for various mineral processing applications including gold, copper, iron, coal, phosphate, and bauxite.
Improves recycled water clarity and reduces environmental impact through accelerated tailings sedimentation.
Enhances separation of fine particles in flotation and gravity separation processes for rapid dewatering.
Supports dust suppression and process water clarification to maintain clean production environments.
SSS:
What types of minerals is this mining flocculant suitable for?
Our anionic polyacrylamide flocculant is suitable for various minerals including gold, copper, iron, coal, phosphate, bauxite/alumina, zinc, lead, nickel, and manganese. It supports beneficiation processes, wastewater treatment, and solid-liquid separation across multiple mining applications.
How does this flocculant improve mining operations?
The flocculant enhances sedimentation efficiency by acting as a bridging agent between particles, accelerates tailings and sludge settlement, improves recycled water clarity, maintains ore pulp stability, and increases mineral recovery rates while reducing environmental impact.
What are the main applications in mineral production?
Key applications include tailings treatment for accelerated sedimentation, ore concentration and dewatering for fine particle separation, and dust control with process water clarification to maintain stable, clean production environments.
What technical specifications are available for this product?
The anionic polyacrylamide features white granule powder appearance, ≥88.0% solid content, 5-19 million molecular weight, 9-40 degree of hydrolysis, and effective pH range of 6-14 for optimal performance in mining applications.