Polyaluminium Chloride, commonly known as PAC, stands out as a leading inorganic polymer coagulant in the field of water treatment. Its versatile application spans from purifying drinking water to treating complex industrial wastewater. Available in both powder and liquid forms, PAC is recognized for its high efficiency and broad applicability.

One of the primary benefits of using PAC is its superior performance, particularly when dealing with raw water characterized by low temperature, low turbidity, or heavy organic pollution. Compared to traditional flocculants, PAC often delivers better results while significantly reducing treatment costs, potentially by 20-80%. The chemical promotes the rapid formation of flocs, even in colder conditions. These flocs are typically large and settle quickly, contributing to faster sedimentation and potentially extending the service life of filtration systems. Furthermore, the required dosage of PAC is often substantially smaller than that of other coagulants. This reduced dosage not only lowers overall chemical consumption but also contributes to improving the quality of the treated water. PAC exhibits remarkable adaptability across different environmental conditions, performing effectively in varying water temperatures – from summer to winter – and proving suitable for diverse geographical regions. Its properties also make it well-suited for implementation with automatic dosing equipment, simplifying operational processes. PAC can maintain its efficacy over a wide pH range, generally from 5 to 9. Its use can also help in controlling the pH and basicity of the water being treated.

Beyond its essential role in purifying drinking water supplies, urban water systems, and water required for precision manufacturing, Polyaluminium Chloride finds extensive use in various industrial sectors. These include applications in paper sizing, drilling exploration activities, certain processes within the pharmaceuticals industry, sugar refining, as additives in cosmetics manufacturing, and in the production of daily chemicals. This broad spectrum of applications underscores PAC's versatility as a chemical agent.

Proper application of PAC typically involves diluting the product before addition to the water source. Users often conduct tests to determine the optimal concentration and dosage for their specific water characteristics. The recommended dilution ratio for liquid PAC products usually ranges from 5% to 50%, while solid powder products are typically diluted between 2% and 20%. Dosage guidelines can vary significantly depending on the water quality and treatment objectives, with typical ranges being 3-40 kg per 1000 tons of water for liquid product and 1-15 kg per 1000 tons of water for solid product. Precise dosing rates are best established through site-specific coagulation tests and laboratory experiments.

Polyaluminium Chloride represents a robust and efficient solution for numerous water treatment and industrial processes. Its combination of high performance, cost-effectiveness, and adaptability makes it a preferred choice for engineers and operators worldwide. For those seeking a reliable Polyaluminium Chloride manufacturer or supplier, understanding product specifications and application needs is key. Information regarding Polyaluminium Chloride price and options to buy Polyaluminium Chloride or purchase PAC in various quantities are typically available upon direct inquiry.