Innova Corporate (India), an MSME & ISO 9001:2015 Certified Co. is specialized in the Manufacturing & Supplying of Ferric Chloride, Ferric Chloride Anhydrous.

FERRIC CHLORIDE INDIA

Anionic Polyelectrolyte in Kundli

Anionic Polyelectrolyte Manufacturer Kundli
Kundli Industrial Series: High Grade

Kundli Product Overview & Applications

Innova Corporate (India) is a leading provider of high-grade Anionic Polyelectrolyte powder for the industrial sector in Kundli. This specialized water-soluble polymer is engineered to handle the unique solid-liquid separation challenges found in local industrial effluents. By utilizing superior high-molecular-weight chains, it ensures the formation of dense, stable flocs that settle rapidly in Kundli water treatment systems.

Our formulation is perfectly suited for Kundli based Effluent Treatment Plants (ETP) and Sewage Treatment Plants (STP). This powder variant offers exceptional clarification for process water, allowing Kundli manufacturers to significantly lower their operational costs through reduced dosage requirements. It is widely used in Kundli rubber, paper, and textile industries to achieve crystal-clear water recovery and optimized sludge dewatering.

Performance Advantages for Kundli

Optimized Flocculation

Faster sedimentation rates for high-turbidity water in Kundli.

Superior Bridging

High-chain molecules ensure stable particle capture in Kundli plants.

Low Usage Cost

Highly concentrated powder requires minimal dosage in Kundli.

Effective Dewatering

Improves filter press efficiency for Kundli sludge management.

Technical Specifications (Kundli Approved)

Chemical Nature Acrylamide Based Anionic Polymer Appearance White Granular Powder
Degree of Charge Medium to High Anionic Molecular Weight 18 - 22 Million (Very High)
Bulk Density 0.75 - 0.85 g/cm³ Standard Mesh Size 20 - 100 Mesh
Solubility 100% Water Soluble Effective pH 4.0 - 12.0 (Kundli Range)
Request a Technical Data Sheet (TDS) for Kundli

Consult our experts for Kundli specific industrial water concentrations.