High Purity PAM Flocculant for Fast Settlement in Crystal Wastewater Treatment - Anionic Polyacrylamide Powder

PAM Flocculant for Crystal Wastewater: High Purity & Fast Settlement | Manufacturer Supplier

Specially formulated for the high-turbidity and high-solid characteristics of crystal processing wastewater, our Anionic Polyacrylamide (PAM) Powder is engineered to solve your toughest clarification challenges. As a direct Jiangsu manufacturer, we provide tailor-made molecular weight options to ensure rapid flocculation of quartz sand and suspended solids, significantly improving your sedimentation tank efficiency and reducing sludge disposal costs.

1. Crystal Industry Specialization: Optimized for removing silica fines and grinding residues from crystal cutting & polishing wastewater.
2. Superior Floc Strength: Forms large, dense flocs that resist shear forces, ensuring fast sedimentation and clear supernatant.
3. Cost-Effective Dosage: High charge density reduces chemical consumption by 15-30% compared to standard flocculants.
4. ISO Certified Quality: Consistent batch performance ensures stable wastewater discharge compliance.

1.Our factory Jiangsu Hengfeng Polymer,as a leading 25-years history of water treatment polyacrylamide factory

2.We are dedicated to providing high-quality water treatment solutions.

3.Our expertise in producing polyacrylamide ensures that Our clients receive the most effective and reliable products for their water treatment needs.

Water Treatment Field

Polyacrylamide has a good property of flocculation in water treatment. It could help separate the solid and liquid quickly in water and accelerate the sedimentation of solids. The quality of water will improve after polyacrylamide treatment. For wastewater treatment, Polyacrylamide works well with polyaluminum chloride(PAC). Polyacrylamide could work together with PAC to remove the following items from wastewater: chromacity, turbidity, oils, metal ion, fluoride, phosphate, etc. In addition, the dosage of polyacrylamide could be saved greatly in combination the use of PAC.