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.
Innova Corporate is the leading supplier of Non-Ionic Polyacrylamide (PAM) in Maharashtra, providing neutral charge, high-molecular-weight (12-18 million Daltons) flocculant for applications where anionic or cationic charges may interfere with process chemistry. Our Non-Ionic PAM is ideal for treating food processing wastewater (Pune's FMCG corridor, Nashik's food park, Nagpur's fruit and food processing units), sugar industry effluents (Kolhapur, Satara, Solapur, Ahmednagar belt - over 200 cooperative sugar mills), paper mill effluent (Mumbai, Pune), mining tailings (iron ore in Gondia-Nagpur region, manganese in Nagpur, bauxite in Kolhapur-Ratnagiri, limestone in Chandrapur), mineral processing, and pH-sensitive industrial streams across Maharashtra.
Specifically tailored for Maharashtra's water conditions – including Godavari River (variable pH 6.5-8.5, high organic load), Krishna River (moderate TDS), Bhima River (high TDS 1500-2500 ppm), Mula-Mutha River (mixed load), and hard Deccan groundwater – our Non-Ionic PAM excels in flocculation across a wide pH range (2.0-11.0) without ionic interference (remains effective in both acidic and alkaline conditions). Stable in Maharashtra's diverse climate (coastal humidity to Vidarbha 42-47°C), it is widely used across Pimpri-Chinchwad, Chakan, Talegaon, Aurangabad, Nashik (Ambad, Satpur, Sinnar), Butibori, MIDC Kolhapur, Solapur, Sangli, Satara, Karad, Ahmednagar, Pune, and Nagpur – helping industries achieve MPCB compliance. From Godavari to Krishna basin, Maharashtra's industries trust our Non-Ionic PAM.
| Parameter | Technical Details |
|---|---|
| Chemical Product Type | Non-ionic Polyacrylamide (NPAM) (Innova Corporate India) |
| Molecular Formula | (C₃H₅NO)ₙ |
| Ionic Charge Structure | Non-ionic (Completely Neutral Polyelectrolyte) |
| Physical Form | Dry, white free-flowing granular powder matrix |
| Solubility Profile | 100% soluble in water systems under standard mechanical dissolution |
| Salt & Brine Tolerance | Excellent / Outstanding performance in high-salinity water |
| Primary Functional Mechanism | Macromolecular inter-particle bridging, fluid viscosification, and flocculation binding |
Innova Corporate (India), headquartered at 2B/BW Shalimar Bagh, New Delhi, provides high-performance Non-ionic Polyacrylamide (NPAM) for industries across Maharashtra. Our neutral-charge, high-molecular-weight polymers are engineered to deliver superior inter-particle bridging and flocculation in challenging environments with high salinity, extreme pH, or mixed ionic loads. We maintain a dedicated supply network to ensure that Agartala’s mineral processing units, industrial ETPs, paper mills, oil & gas operations, and textile manufacturers receive consistent, high-purity NPAM for efficient solid-liquid separation and process optimization.
Non-ionic PAM carries no charge, so it does not interact with dissolved salts or pH extremes. In high-salinity or acidic/alkaline effluents—common in Agartala’s mining, textile, and chemical industries—anionic or cationic polymers often lose efficiency due to charge shielding or polymer coiling. NPAM maintains its extended chain configuration, ensuring consistent bridging flocculation.
Yes, we are a leading supplier of high-grade Non-ionic Polyacrylamide for Maharashtra. We ensure prompt delivery and technical support for mineral processing plants, industrial ETPs, paper mills, oil & gas drilling operations, and textile units throughout the region.
In acidic environments (pH 2–5), cationic polymers may become overly charged, while anionic polymers precipitate. NPAM remains neutral, retaining its long linear structure to bridge fine suspended particles into large, dense flocs. This accelerates sedimentation in tailings ponds and thickeners, helping Agartala’s mining operations achieve clearer overflow and higher underflow densities.