Polydadmac Water Treatment Agent for Industrial Use

PolyDADMAC:

PolyDADMAC is a cationic polymer with a high charge density that is derived from monomers of diallyldimethylammonium chloride (DADMAC). This versatile polymer is highly regarded for its exceptional coagulation and flocculation abilities, making it a popular choice in various industries such as water treatment, papermaking, textiles, and oilfield operations.

Applications:

PolyDADMAC's strong positive charge density and solubility in water enable it to effectively neutralize and aggregate suspended particles, organic substances, and colloidal impurities. As a result, it facilitates quick separation and enhances clarity in a wide range of industrial processes.

High Cationic Charge Density

Rapidly binds to negatively charged contaminants, enabling effective removal of turbidity and fine particles.

Reduces chemical dosage requirements compared to traditional coagulants (e.g., alum or ferric salts).

Broad pH & Temperature Stability

Operates effectively across pH 4–10 and maintains performance in fluctuating temperatures.

Multiple Physical Forms

Available as a clear liquid (10–40% active concentration) or customizable powder for flexible application.

Environmentally Compliant

Meets NSF/ANSI Standard 60 for potable water treatment and complies with EU REACH regulations.

Degrades into non-toxic byproducts, minimizing ecological impact.

Cost-Efficient

Lowers sludge volume and operational costs through reduced chemical consumption.

Easy Integration

Compatible with automated dosing systems for precise, large-scale industrial use.

Municipal Drinking Water: Removes turbidity, organic impurities, and pathogens to meet safe drinking water standards.

Industrial Wastewater: Clarifies effluents from manufacturing, food processing, and chemical plants by reducing COD/BOD levels.

Sludge Dewatering: Enhances solid-liquid separation for easier disposal and lower landfill costs.

Improves retention of fibers and fillers, boosting paper strength and production efficiency.

Accelerates drainage on paper machines, reducing energy consumption and drying time.

Acts as a dye-fixing agent to improve color fastness, reducing dye runoff and water pollution during rinsing.

Enhances fabric quality by minimizing uneven dye distribution.

Separates oil-water emulsions in produced water, ensuring compliance with discharge regulations.

Reduces fouling in pipelines and equipment by preventing colloidal particle buildup.

Agriculture: Clarifies irrigation water to prevent clogging in drip systems.

Cosmetics: Serves as a conditioning agent in hair care products due to its cationic charge.