Polyacrylamide (PAM) is a high-molecular-weight synthetic polymer available in anionic, cationic, nonionic, and amphoteric types. As a versatile chemical additive, it plays a pivotal role in multiple industries, leveraging its excellent flocculation, thickening, and adsorption properties. Whether for wastewater purification, oil recovery enhancement, or paper strength improvement, PAM delivers consistent and reliable performance, making it a staple in global industrial supply chains.
Core Advantages
> Exceptional Flocculation Efficiency: Rapidly aggregates suspended particles in water, reducing turbidity and improving water clarity by over 95%.
> Superior Sludge Dewatering Performance: Significantly increases solid content in dewatered sludge (up to 90%+), minimizing sludge volume by 50% or more.
> Broad Compatibility: Stable performance across a wide pH range (6–8) and adaptable to various water qualities, including high-salt and complex industrial effluents.
> Cost-Effective Dosage: Low usage ratio (1‰) and high dilution factor (300–1000x) ensure economical operation.

Technical Highlights
> Precise Molecular Weight & Ionicity Control: Tailored molecular weight (6–22 million) and ionicity/hydrolysis degree (5–80%) for specific applications, ensuring optimal performance in scenarios like oil drilling (anionic PAM for EOR) or municipal sludge dewatering (cationic PAM for belt filter presses).
> Advanced Production Technology: Manufactured via state-of-the-art polymerization processes, guaranteeing uniform particle size, high solubility, and minimal residual monomers (≤0.2%), meeting the strictest environmental and safety standards.