At Innova Corporate (India), We are ready to serve you with the Chemicals for Water treatment, like Polyelectrolyte, Sodium Meta Bi Sulphite, Ferric Chloride Anhydrous, Anionic Polyacrylamide PAM, Cationic Polyacrylamide PAM, Water Softening Chemical.
High-efficiency Poly DADMAC (Polydiallyldimethylammonium Chloride), precision-synthesized and distributed by Innova Corporate India, is an advanced, strongly cationic linear polymer designed for demanding industrial water clarification and municipal wastewater treatment networks. Featuring an exceptionally high cationic charge density, this water-soluble macro-coagulant operates by systematically neutralizing the negative surface charges inherently carried by micro-colloidal suspensions, fine silt, organic impurities, and dissolved color complexes. This rapid electrostatic collapse destabilizes the water matrix, forcing swift particle collision and the construction of heavy, robust flocs for seamless solid-liquid separation. Perfectly adapted to modern process configurations, our formulation functions with total chemical stability across an extensive operational pH bandwidth, eliminating the need for extensive pH readjustments and replacing or minimizing conventional inorganic salts.
| Parameter | Details |
|---|---|
| Primary Manufacturer | Innova Corporate India |
| Chemical Compound Name | Polydiallyldimethylammonium Chloride (Poly DADMAC) |
| Commercial Abbreviation | Poly DADMAC / PolyDADMAC |
| Empirical Chemical Formula | $$(\text{C}_8\text{H}_{16}\text{NCl})_n$$ |
| Available Structural Forms | Clear to faint amber, highly stable concentrated viscous liquid solution variants |
| Aqueous Solubility Profile | Completely miscible and rapidly soluble in water across all industrial blending configurations |
| Effective Operating pH Range | 3.0 – 10.0 (Exceptional stability across acidic and alkaline environments) |
| Primary Technical Function | Electrostatic charge neutralization, micro-floc polymer bridging, and suspended solids precipitation |
Innova Corporate (India), headquartered at 2B/BW Shalimar Bagh, New Delhi, offers high-performance Poly DADMAC (Polydiallyldimethylammonium Chloride). Our high-charge density cationic quaternary ammonium polymer is engineered for rapid charge neutralization, colloidal destabilization, and fine particulate flocculation in municipal and industrial ETP systems across Delhi-NCR, delivering superior water clarification performance with significantly reduced sludge generation compared to conventional inorganic coagulants.
PAC achieves coagulation primarily through sweep flocculation — where aluminum hydroxide precipitates physically enmesh colloidal particles as they form. Poly DADMAC operates through a fundamentally different mechanism: its dense quaternary ammonium cationic backbone directly adsorbs onto negatively charged colloidal surfaces, neutralizing their zeta potential and causing immediate electrostatic destabilization without generating any metal hydroxide precipitate. This makes Poly DADMAC far more effective at very low dosages for treating organically loaded effluents where PAC alone fails to achieve target turbidity levels.
Paper mill effluents contain large concentrations of negatively charged cellulose fines, colloidal starch, and dissolved organic compounds that are extremely difficult to remove with inorganic coagulants alone. Poly DADMAC's high cationic charge density allows it to rapidly neutralize these fine anionic particles and colloidal deposits, producing tight, dense flocs that settle quickly and dramatically improve white water clarification efficiency — reducing fiber loss, lowering BOD/COD levels in the final discharge, and improving overall paper machine runnability.
Based in Shalimar Bagh, New Delhi, we provide localized technical support and industrial-grade Poly DADMAC formulations designed to help Delhi-NCR paper mills, municipal water treatment plants, and industrial ETP operators achieve superior colloidal removal, minimize inorganic sludge volumes, and consistently meet PCB effluent discharge standards through reliable high-charge density cationic coagulation solutions.