White PAC for Water Treatment

White PAC for Water Treatment About

Backed by rich industry experience and knowledge, we have been able to manufacture and supply a broad range of White PAC for Water Treatment. It mainly used for drinking/potable water treatment and paper industry. It is a new type high efficiency inorganic polymer coagulant, adopting advanced manufacturing technique and quality raw material, show the features of low impurity, high molecula weight, and superior coagulating effect. This is readily soluble in water, excellent flocculant effects, stable and effective purification process, low throwing quantity and cost, low water insoluble sludge, low basicity and low iron content. Our valuable patrons can avail this White PAC for Water Treatment in various sizes at industry leading price.

Features:

• Low gas fluid permeability
• Low thermal expansion and high chemical resistance
• High thermal stability

Technical Specifications:

Specifications:	PAC-01 Spry dried type
Appearance:	Solid powder, white or light yellow
Al2O3%	29
Basicity %	45-55
Insolubles %	0.5
SO42-%	0.5
N%	0.09
As%	0.0005
Mn %	0.045
Cr6+%	0.0015
Hg%	0.00002
Pb%	0.003
Cd %	0.0006
Fe %	0.008
PH(1% water solution)	3.5~5.0

Superior Purification with High Coagulation Efficiency

White PACs advanced chemical composition ensures swift coagulation and efficient removal of suspended solids and turbidity. Its rapid settling properties make it exceptionally effective in water and wastewater treatment applications, delivering clearer water faster with less residual aluminum.


Safe and Certified for Potable Water Use

This polyaluminium chloride meets stringent heavy metal requirements, suitable for drinking water treatment. Manufactured under ISO 9001:2015 certification, it guarantees consistent quality and safety, making it a trusted choice for critical municipal and industrial applications.


User-Friendly and Versatile Application

With a particle size of 80100 mesh and excellent solubility, White PAC easily dissolves in water for immediate use. Its adaptability to varying pH levels ensures reliable performance across different water sources, from municipal supplies to complex industrial effluents.