High Purity 3-Chloro-2-Hydroxypropyltrimethyl Ammonium Chloride (CHPTAC) 69% Manufacturer & Supplier

Discover a leading supplier for high-quality 3-Chloro-2-Hydroxypropyltrimethyl Ammonium Chloride (CHPTAC) at 69% assay. This essential cationic etherifying agent is critical for enhancing materials in papermaking, textiles, water treatment, and daily chemical industries. Learn about its specifications and applications.

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Key Advantages of Our CHPTAC

Superior Cationic Modification

CHPTAC excels in cationizing cellulosic materials and polymers, significantly enhancing properties like paper strength, dye affinity in textiles, and flocculation efficiency in water treatment. Buy CHPTAC for improved material performance.

Versatile Industrial Applications

Its application spans across diverse industries, including papermaking as a reinforcing agent, textiles for improved dye bonding, and water treatment as a potent flocculant. Discover why CHPTAC is a crucial component for these sectors.

Consistent Quality and Supply

We are a dedicated manufacturer committed to delivering consistent quality and a stable supply of CHPTAC. Our rigorous quality control ensures you receive a product that meets high standards, making us your preferred supplier.

Applications Driving Innovation

Papermaking Industry

Utilize CHPTAC as an internal sizing agent and paper reinforcing agent. It improves the dry strength and retention of fillers and fine fibers, making it a vital additive for papermakers.

Textile Industry

Enhance dye adhesion to cotton fibers and serve as a warp sizing agent. Our CHPTAC ensures better colorfastness and processing efficiency in textile manufacturing.

Water Treatment

Leverage CHPTAC's ability to react with negatively charged suspended solids, forming cationic polymers that act as effective flocculants for water purification. Find the best price for your water treatment needs.

Daily Chemical Industry

CHPTAC is used in the synthesis of important daily chemical products like cationic guar gum, contributing to advanced formulations.