Innova Corporate (India), an MSME & ISO 9001:2015 Certified Co. is specialized in the Manufacturing & Supplying of Ferric Chloride, Ferric Chloride Anhydrous.
Innova Corporate (India) is a prominent manufacturer of Cationic Polyelectrolyte, providing high-purity cationic polymers specifically for the Greater Noida industrial and municipal sectors. Our cationic grade is precision-engineered for superior organic matter reduction and turbidity removal, serving as a critical component for Greater Noida’s industrial ETPs and municipal bio-solids management. As Greater Noida continues its rapid industrial expansion, our cationic polyelectrolytes offer a high-intensity solution that ensures maximum water recovery and compliant discharge for diverse manufacturing zones from Surajpur to Ecotech III.
Our offered chemical is widely utilized across Greater Noida’s industrial landscape, particularly in the textile and specialized chemical units. It acts as a powerful flocculating agent, ensuring clearer supernatant and significantly improved filtration rates for Greater Noida’s processing plants and industrial laboratories. Each batch delivered to Greater Noida maintains an accurate charge density and precise pH value, and at FERRIC CHLORIDE INDIA, we utilize moisture-proof industrial packaging to ensure that the chemical's reactive potency remains stable.
Effective neutralization for Greater-Noida organic waste streams.
Significantly increases dry cake solids in Greater-Noida sludge processing.
Effective at lower concentrations compared to traditional coagulants.
Maintains strength under high shear in Greater-Noida industrial pumps.
| Chemical Nature | Cationic Polyacrylamide Powder | Appearance | White Granular Powder |
| Degree of Charge | Low to Very High Cationic | Molecular Weight | 8 - 15 Million (High Range) |
| Bulk Density | 0.75 - 0.80 g/cm³ | Standard Mesh | 20 - 80 Mesh |
| Solubility | 100% Water Soluble | Effective pH | 2.0 - 10.0 (Greater-Noida Range) |
Consult our chemical experts for custom Greater-Noida dosage concentrations.