COD Removal Drinking Water Treatment PAC Chemical

This high-purity, iron-free white Poly Aluminium Chloride (PAC) is manufactured through sophisticated spray-drying techniques. This process guarantees exceptional solubility and rapid flocculation. It is well-suited for industries that demand strict safety protocols, including paper sizing, sugar decolorization, pharmaceutical production, and cosmetics. This PAC variant stands out for its non-reactive nature and lack of contaminants.

Developed with advanced technology, this iron-free white PAC is renowned for its purity levels, making it an ideal choice for critical applications. The innovative spray-drying technology utilized in its production ensures that it dissolves easily and facilitates swift flocculation processes. Industries with high safety standards, such as paper manufacturing, sugar processing, pharmaceuticals, and cosmetics, benefit from utilizing this PAC due to its non-reactive properties and absence of impurities.

Applications:

Potable Water Purification: Removes suspended solids, organic matter, and colloidal particles while retaining essential minerals.

Wastewater Treatment: Treats industrial effluents (e.g., dyeing, petrochemicals) by binding heavy metals and phosphates.

Sizing Agent: Improves paper smoothness, water resistance, and printability.

Bleaching Aid: Enhances pulp brightness by removing lignin residues.

Sugar Refining: Clarifies sugarcane juice and removes colorants during crystallization.

Edible Oil Processing: Separates impurities without affecting oil quality.

Stabilizer: Used in creams, lotions, and gels to improve texture and prevent ingredient separation.

Antiperspirants: Acts as an active ingredient in aluminum-based antiperspirant formulations.

Precision Casting: Binds ceramic shell molds for metal casting with high dimensional accuracy.

Textile Printing: Fixes dyes to fabrics and reduces wastewater color.

Leather Tanning: Enhances collagen cross-linking for softer, durable leather.

Soil Conditioner: Improves water retention in sandy soils and reduces aluminum toxicity in acidic soils.