PolyDADMAC for Water Treatment with Strong Coagulation

Product Description:

PolyDADMAC (Polydiallyldimethylammonium Chloride) is an advanced cationic polymer coagulant manufactured by Lanyao Water Treatment Co., Ltd. The product is designed to effectively purify water and optimize industrial processes. This linear and water-soluble polymer possesses a high charge density and molecular weight, which allows it to quickly neutralize negatively charged colloids and suspended particles.

The PolyDADMAC is available in liquid form with around 40% active content. Its exceptional properties make it highly effective in destabilizing contaminants, inducing flocculation, and improving the clarity of various applications. Suited for both municipal and industrial setups, its robust performance in different pH levels and temperatures establishes it as a dependable option for sustainable water management.

Features:

High Charge Density: Ensures rapid floc formation and superior contaminant removal.

Low Dosage Efficiency: Achieves clear water quality with minimal chemical consumption.

Broad Compatibility: Works effectively with other coagulants (e.g., PAC, alum) for tailored solutions.

Regulatory Compliance: Certified safe for potable water (NSF/ANSI 60) and eco-friendly.

Thermal Stability: Performs reliably in extreme temperatures (5–50°C).

Corrosion Inhibition: Extends equipment lifespan in industrial systems.

Cost-Effective: Lowers sludge disposal and operational expenses.

Applications:

Drinking Water Treatment: This process involves the removal of turbidity, organic matter, and pathogens by aggregating fine particles to facilitate easy filtration.

Wastewater Clarification: It aims to reduce COD/BOD, clarify industrial effluents (textile, chemical, mining), and enhance sludge dewatering efficiency.

Paper & Pulp Industry: In this sector, the substance functions as a retention/drainage aid, which improves paper strength and reduces production costs.

Textile Dyeing: This application involves neutralizing dye residues and stabilizing wastewater pH.

Oil & Gas: It is used to separate oil-water emulsions in the treatment of produced water.

Municipal Sewage Plants: It optimizes primary/secondary treatment stages, leading to minimized sludge volume.