Our anionic polyacrylamide (APAM) is specially designed for stone cutting, grinding and quarry wastewater treatment. With high molecular weight and excellent flocculation performance, it effectively captures suspended solids, stone powder and sludge particles, realizing fast solid-liquid separation and clear effluent.

• Excellent flocculation effect for stone cutting wastewater
• Fast sedimentation and high clarification efficiency
• Good performance in sludge dewatering and volume reduction
• Low dosage, high efficiency and cost saving
• Stable under wide pH range for stone processing wastewater
• Easy to dissolve and operate

Widely used in:

• Stone cutting wastewater treatment
• Stone grinding and polishing wastewater
• Quarry wastewater and slurry treatment
• Stone sludge thickening and dewatering
• Ceramic and stone processing wastewater clarification

• Professional manufacturer of anionic polyacrylamide
• Customized formula for different stone wastewater conditions
• Stable quality and consistent performance
• Factory direct supply with competitive price
• Professional technical support and after-sales service

Jiangsu Hengfeng Polymer, with 25 years of experience as a leading water treatment polyacrylamide factory, is dedicated to providing high-quality water treatment solutions. Our expertise in producing polyacrylamide ensures that our clients receive the most effective and reliable products for their water treatment needs.

Polyacrylamide has excellent flocculation properties in water treatment. It helps separate solid and liquid phases quickly in water and accelerates the sedimentation of solids. Water quality improves significantly after polyacrylamide treatment. For wastewater treatment, Polyacrylamide works effectively with polyaluminum chloride (PAC). This combination efficiently removes chromacity, turbidity, oils, metal ions, fluoride, phosphate, and other contaminants from wastewater. Additionally, using polyacrylamide in combination with PAC greatly reduces the required dosage of polyacrylamide.