Anionic Polyacrylamide PAM Chemical Flocculant Powder for Wastewater Treatment
M6155 is a medium molecular weight anionic polyacrylamide featuring moderate hydrolysis. This product is a white granular solid with an active content ≥88% and a molecular weight ranging from 12 to 17 million. It delivers high-efficiency flocculation and rapid dissolution.
With a suitable number of carboxyl groups along its molecular chain, it performs effectively in diverse water treatment applications via charge neutralization and adsorption bridging. M6155 is especially recommended for municipal sewage and common industrial wastewater treatment, achieving optimum results in neutral to weakly alkaline environments.
Specifications
| Item |
Index |
| Appearance |
White granules |
| Effective content |
≥88% |
| Molecular weight |
12-17 million |
| Hydrolysis degree |
Medium |
Performance and Applications
- Excellent flocculation: M6155 offers remarkable aggregation and settling properties. It quickly forms compact flocs by adsorbing and bridging suspended particles, greatly accelerating sedimentation rates. Ideal for primary settling and sludge dewatering in urban sewage plants.
- Paper industry use: Performs reliably in treating papermaking wastewater, efficiently capturing fine fibers and fillers while increasing water recycling rates.
- Textile industry application: For textile dyeing effluent, M6155 can be used alongside inorganic coagulants to effectively decolorize and eliminate dyes and additives, helping discharge meet regulatory standards.
Main Advantages
- Highly efficient clarification: Enables fast settling and improved treatment throughput with well-structured flocs.
- Wide applicability: Compatible with multiple industrial effluent types including municipal, paper, textile, printing, and dyeing wastewater.
- Economical operation: Requires low dosage and reduces operational expense while maintaining treatment effectiveness.
- Easy to use: Dissolves completely and quickly for straightforward preparation and application.
- Environmental safety: Eco-friendly design prevents secondary pollution and supports sustainable wastewater management.