High-Efficiency Polyaluminium Chloride (PAC) 30% for Papermaking and Wastewater Treatment
Achieve superior water clarity and purity with our advanced PAC solution for industrial and papermaking needs.
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Polyaluminium Chloride 30%
Our Polyaluminium Chloride (PAC) 30% is a premier chemical coagulant specifically engineered for demanding water treatment applications, including industrial wastewater and papermaking processes. Its advanced formulation effectively neutralizes charged particles, promoting rapid flocculation and sedimentation for superior water clarity.
- Discover the benefits of using Polyaluminium Chloride wastewater treatment for cleaner effluent streams.
- Leverage PAC 30% papermaking to enhance paper quality and production efficiency.
- Understand the role of this essential water treatment chemical coagulant in environmental protection.
- Explore options to buy polyaluminium chloride online from a trusted supplier for your industrial needs.
Key Advantages
Exceptional Flocculation
Experience enhanced removal of suspended solids and turbidity, a critical aspect of effective PAC for industrial wastewater management.
Versatile Application
Ideal for both drinking water and various industrial wastewater streams, showcasing its utility in diverse water purification chemical scenarios.
High Basicity Efficiency
Benefit from high basicity polyaluminium chloride, offering superior performance across a range of pH conditions in water treatment processes.
Key Applications
Industrial Water Treatment
Essential for purifying process water, our PAC 30% helps meet stringent discharge regulations when managing industrial wastewater.
Papermaking
Improve retention and drainage in paper production with the specialized application of PAC 30% papermaking.
Wastewater Purification
Effectively treat municipal and industrial sewage, highlighting its role as a Polyaluminium Chloride wastewater treatment solution.
Surface Treatment
Used in various surface treatment processes, demonstrating its broad utility as a chemical coagulant.