Quaternary Ammonium Polymer

High-purity quaternary ammonium cationic polymer flocculant with >50% solid content for water treatment applications. Features food-grade certification, effective decolorization, and compatibility with inorganic coagulants. Ideal for textile, paper, mining, and food industry wastewater treatment with fast sedimentation and reduced sludge production.

High-performance cationic polyelectrolyte quaternary ammonium polymer for water treatment applications. Features 50% minimum solid content, 200-18000cps viscosity, and ISO/SGS certification. Provides superior turbidity reduction, color removal, and sludge dewatering across industrial, municipal, and paper making sectors. Liquid formulation ensures easy dilution and precise dosing.

High-performance polyamine cationic coagulant with >50% solid content for efficient wastewater treatment. Features fast sedimentation, reduced sludge volume, and compatibility with other chemicals. Food grade, non-toxic formulation suitable for municipal, industrial, and agricultural applications including textiles, mining, and paper processing.

High-performance cationic polymer PolyDADMAC serves as advanced formaldehyde-free color-fixing agent for textiles and efficient coagulant for water treatment. Features 20-50% solid content, 100-100000 cps viscosity, and applications in paper manufacturing and oil field chemicals. Provides superior flocculation, decolorization, and color fastness enhancement.

High-performance cationic polyamine flocculant with 50% solid content and 200-18000 cps viscosity range. Ideal for industrial water treatment, papermaking, and drilling applications. Features excellent charge neutralization, flocculation, and decolorization capabilities. ISO and SGS certified with flexible packaging options.

High-efficiency quaternary ammonium cationic polymer for industrial wastewater color removal and COD reduction. Features >50% solid content, 20-200 cps viscosity, and proven effectiveness in textile, paper, and ink effluent treatment. Environmentally safe, non-toxic solution with faster sedimentation and reduced sludge production.

High-efficiency cationic polymer flocculant with 30-50% solid content for superior water purification. Features excellent decoloration, algae removal, and organic elimination capabilities. Compatible with inorganic coagulants, non-toxic, pH-insensitive, and ideal for industrial wastewater treatment across multiple sectors.

High-performance cationic polymer with 50% solid content for sugar and juice decolorization. Features very high charge density, rapid sedimentation, and food-grade safety. Compatible with inorganic coagulants and suitable for paper processing applications. Available in 200L and 1000L plastic drums.

BWD-01 Water Decoloring Agent is a highly efficient quaternary ammonium cationic polymer coagulant designed for superior color removal and COD reduction in industrial wastewater. Features >50% solid content, specific gravity >1.20, and viscosity range of 20-200 cps. Offers faster sedimentation, lower sludge production, and environmental safety for textile, paper, and ink wastewater applications.

High-performance cationic coagulant with 40% solid content for drinking water and wastewater treatment. Features strong flocculation, decolorization, and algae removal capabilities. Suitable for textile, papermaking, and oil field applications with formaldehyde-free formulation and enhanced performance when blended with inorganic polymers.

50% High Solid Medium Viscosity PolyDADMAC DA502 Cationic Polymer for Stable Water Treatment and Continuous Wastewater Clarification Systems Product Overview What Makes DA502 Different in Real Water Treatment Systems PolyDADMAC is a cationic polymer widely used for coagulation and flocculation. DA502 is a 50% solid content medium viscosity grade designed to provide stable dosing behavior balanced floc formation and reliable system performance. It is especially suitable for

DA408 PolyDADMAC Maximum Viscosity Cationic Polymer for Extreme Water Treatment Systems Industry Problem In the most challenging water treatment environments even high performance polymers may fail: Ultra high turbidity water with fine suspended solids Complex industrial wastewater with stable colloids Slow or incomplete floc formation Excess sludge and difficult dewatering These issues are common in mining wastewater textile effluent and oilfield water systems. The core

50% High Solid Medium High Viscosity PolyDADMAC DA503 Cationic Polymer for Enhanced Flocculation and High Turbidity Water Treatment Product Overview What Does DA503 Improve Compared with Standard Polymers PolyDADMAC is a cationic polymer widely used for coagulation and flocculation. DA503 is a 50% solid content medium high viscosity grade developed to strengthen floc structure improve sedimentation efficiency and perform better in higher turbidity water. It is typically

DA406 PolyDADMAC Ultra High Viscosity Cationic Polymer for Advanced Water Treatment Systems Industry Problem In high load water treatment systems conventional coagulation processes often face serious challenges: Poor settling performance in high turbidity water Stable colloidal particles difficult to destabilize Excessive consumption of inorganic coagulants Large sludge volume and difficult dewatering These problems are common in surface water textile wastewater and

50% High Solid Very High Viscosity PolyDADMAC DA505 Cationic Polymer for Extreme Wastewater Treatment and Shock Load Stabilization Product Overview Why DA505 Is Used in Extreme and Unstable Treatment Conditions PolyDADMAC is a cationic polymer used in coagulation and flocculation processes. DA505 is a 50 percent solid content very high viscosity grade designed for extreme wastewater conditions sudden load fluctuations and systems where stability is difficult to maintain. It

50% High Solid High Viscosity PolyDADMAC DA504 Cationic Polymer for Heavy Load Wastewater Treatment and Sludge Thickening Product Overview What Role Does DA504 Play in High Load Treatment Systems PolyDADMAC is a cationic polymer used for coagulation and flocculation processes. DA504 is a 50 percent solid content high viscosity grade designed for high suspended solids wastewater heavy load treatment systems and sludge thickening applications. It is typically used when standard

DA408 PolyDADMAC Maximum Viscosity Cationic Polymer for Extreme Water Treatment Systems Industry Problem In the most challenging water treatment environments even high performance polymers may fail: Ultra high turbidity water with fine suspended solids Complex industrial wastewater with stable colloids Slow or incomplete floc formation Excess sludge and difficult dewatering These issues are common in mining wastewater textile effluent and oilfield water systems. The core

DA407 PolyDADMAC Ultra High Viscosity Cationic Polymer for Extreme Water Treatment Conditions Industry Problem In extreme water treatment scenarios standard flocculants and coagulants often fail to deliver stable performance: Very slow settling in ultra high turbidity water Fine colloids remain suspended after treatment Excessive sludge generation Inefficient solid liquid separation in high load systems These problems are common in mining wastewater industrial effluent and

50% High Solid Ultra Maximum Viscosity PolyDADMAC DA507 Cationic Polymer for Ultra Fine Particle Removal and High Precision Water Treatment Product Overview What Is DA507 and Why Is It Used in High End Water Treatment Systems PolyDADMAC is a cationic polymer used in advanced coagulation and flocculation processes. DA507 is the highest viscosity and molecular weight grade within the 50 percent solid series designed for ultra fine particle removal high precision water treatment

50% High Solid Ultra High Viscosity PolyDADMAC DA506 Cationic Polymer for Advanced Clarification and Fine Particle Removal in Water Treatment Product Overview What Makes DA506 Suitable for High Clarity Water Treatment PolyDADMAC is a cationic polymer widely used in coagulation and flocculation processes. DA506 is a 50 percent solid content ultra high viscosity grade developed for advanced clarification fine particle removal and high quality effluent requirements. It is used