Polydadmac
High-Performance Cationic Coagulant for Water & Wastewater Treatment
Polydadmac (Poly Diallyl Dimethyl Ammonium Chloride) is a liquid, cationic polymer widely used as a primary coagulant and charge neutralizer in water and wastewater treatment. Known for its high charge density and excellent stability, Polydadmac effectively removes suspended solids, turbidity, and organic matter, resulting in clearer water and improved downstream processes.
At Chakadola Enterprises, we supply premium-grade Polydadmac formulations that ensure superior coagulation efficiency, lower sludge generation, and reduced treatment costs for various applications.
Why Choose Polydadmac?
High charge density for efficient neutralization of negatively charged particles
Works effectively over a wide pH range
Produces denser and faster-settling flocs compared to inorganic coagulants
Reduces or eliminates the need for alum, ferric salts, and lime
Improves sludge dewatering and filter performance
Compatible with anionic polymers for enhanced flocculation
Applications
Drinking water treatment – clarification and turbidity removal
Municipal wastewater treatment – primary coagulation, sludge thickening, and dewatering
Industrial wastewater – textiles, dyes, petrochemicals, food processing, steel, oil & gas, and refineries
Paper & pulp industry – retention aid, drainage improvement, and pitch control
Mining & mineral processing – tailings treatment and solid-liquid separation
Desalination & RO pretreatment – colloidal silica and turbidity reduction
Key Benefits with Chakadola Enterprises
Fast and reliable coagulation performance
Lower sludge volume, reducing handling and disposal costs
Cost savings by reducing inorganic chemical demand
Available in different grades and viscosities for varied applications
Technical expertise for jar testing, product selection, and dosing optimization
At Chakadola Enterprises, we offer Polydadmac solutions that combine high efficiency, operational flexibility, and environmental compliance, making them the preferred choice for industries and municipalities alike.