Polyaluminium Chloride

High-purity white powder PAC with 30% Al2O3 content and 45-85% basicity for superior drinking water purification. Features rapid floc formation, wide pH compatibility (5-9), and reduces treatment costs by 20-80%. Certified for safe water treatment applications with 24-month shelf life.

Advanced inorganic polymer flocculant for efficient water purification. Features 29% minimum Al2O3 content, 45-85% basicity, and effective removal of contaminants. Reduces treatment costs by 20-80%, works in wide temperature ranges, and compatible with automatic dosing systems. Suitable for drinking water and wastewater treatment applications.

High-performance polyaluminium chloride flocculant with 29% minimum Al2O3 content for superior water purification. Features spray dryer production, wide pH adaptability (5-9), and cost savings of 20-80%. Certified for drinking water and wastewater treatment applications with rapid floc formation and 24-month shelf life.

Advanced inorganic polymer flocculant with 29% minimum Al2O3 content for efficient water purification. Features rapid floc formation, wide pH adaptability (5-9), and cost savings up to 80%. Suitable for drinking water and wastewater treatment with dosage rates of 1-15kg per 1000 tons. 24-month shelf life in sealed storage.

High-efficiency 30% Al2O3 polyaluminum chloride coagulant for potable water treatment and paper industry applications. Features 45-55% basicity, low heavy metal content, and superior performance compared to traditional coagulants. Available in 25kg bags with 2-year warranty for industrial water purification needs.

High-purity white PAC powder with 29% Al2O3 content for effective drinking water purification. Features rapid flocculation, low dosage requirements, and heavy metal removal capabilities. Certified for safe potable water treatment with 2-year warranty and advanced spray drying manufacturing process.

High-purity Polyaluminium Chloride PAC-02 yellow powder coagulant with 45-85% Al2O3 content. Features superior charge neutralization, reduced sludge volumes, and effective performance across 5-500ppm dosage ranges. Ideal for drinking water, industrial wastewater, and paper mill applications with food-grade certification.

High-performance yellow powder PAC with 29% minimum Al2O3 content for industrial wastewater treatment. Offers superior flocculation, 20-80% cost reduction, wide pH compatibility (4-9), minimal sludge generation, and rapid precipitation. Suitable for automatic dosing systems and various industrial applications including paper, pharmaceuticals, and cosmetics.

High-performance Polyaluminium Chloride 30% spray-dried powder for drinking water treatment. Features 29-31% Al2O3 content, wide pH range (5.0-9.0), and superior coagulation efficiency. Offers reduced chemical usage, lower sludge volumes, and excellent performance in cold water conditions. GB/15892-2009 certified with low heavy metal content.

High-purity Aluminum Polychloride (PAC-02) with 30% minimum Al2O3 content and 80% basicity. This light yellow powder offers superior coagulation for drinking water, wastewater, and industrial applications. Features include 20-80% cost savings, rapid floc formation, and wide pH compatibility. ISO and SGS certified for quality assurance.

Municipal water treatment yellow powder spray drying Polyaluminium Chloride PAC Description: Polyaluminium Chloride PAC is high-effective inorganic polymer coagulant. It is widely applied in water purification, wastewater treatment, precision cast, paper production, pharmaceutical industry and daily chemicals. Polyaluminium chloride specification: Item Data Apperance solid powder, yellow Al2O3 29% min Basicity 50-90% Insoluble 1.0 max PH 3.0-5.0 Poly Aluminium Chloride Usage:

Peru – High-Performance Polyaluminium Chloride (PAC) for Industrial and Municipal Water Treatment 1. Solving Peru’s Water Challenges with BLU PAC Coagulants Peru, with its rich mining industry and growing urban population, faces increasing pressure on water quality and availability. From the Andean highlands to the Amazon basin and coastal cities, water contamination from mining runoff, industrial discharge, agricultural waste, and urban sewage poses serious environmental and

Egypt – Industrial-Grade Polyaluminium Chloride (PAC) Coagulant for Water Treatment & Wastewater Recycling 1. BLU PAC – A Reliable Solution for Egypt’s Growing Water Challenges Egypt faces critical water scarcity and pollution challenges, driven by rapid population growth, industrial expansion, and limited freshwater sources. With the Nile River as the country's lifeline, protecting water quality is a national priority under the Egypt Vision 2030 and the National Water

Thailand – Advanced Polyaluminium Chloride (PAC) Coagulant for Municipal & Industrial Water Treatment 1. Why BLU PAC Is the Right Choice for Thailand Thailand is a rapidly developing country where industrial growth, urbanization, and agriculture have placed increasing pressure on water quality. From the Chao Phraya River Basin to industrial zones in Rayong and Chonburi, water pollution is driven by textile dyeing, rubber latex processing, seafood processing, sugar refining,

Indonesia – High-Performance Coagulant for Industrial & Municipal Water Treatment: BLU PAC Series 1. Market Insight: Why PAC Is Crucial for Indonesia Today Indonesia, as Southeast Asia’s largest economy, is rapidly industrializing—with key sectors like pulp & paper, palm oil, textiles, mining, and municipal water treatment driving rising water pollution levels. High turbidity in raw water from rivers like the Citarum, Brantas, and Ciliwung, plus wastewater from tannery, palm

Bangladesh – Powerful Coagulation for Textile & Municipal Water Treatment with BLU PAC Series 1. Market Background & Water Treatment Needs Bangladesh, one of the world's largest textile exporters, is under increasing pressure to meet environmental compliance, particularly in the RMG (ready-made garment) industry concentrated around Dhaka, Gazipur, Narayanganj, and Chattogram. With rising BOD/COD loads, color pollution, and metal contamination in textile effluents, the

Polyaluminum chloride (PAC) is a widely used coagulant in water treatment. It is highly effective for turbidity removal, color reduction, and removing suspended solids and organic matter. Advantages of PAC for Drinking Water Rapid coagulation: Fast hydrolysis and floc formation. High efficiency: Lower dosages are required compared to alum. Low residual aluminum: Reduced risk of aluminum-related health concerns. Improved water clarity: Produces cleaner, safer drinking water.

Polyaluminium Chloride (PAC) is widely used in wastewater treatment for its efficient coagulation and flocculation properties. It helps aggregate suspended solids, removes turbidity, color, and organic materials, and works over a broad pH range. PAC generates less sludge than traditional coagulants, reducing disposal costs. It's effective for heavy metal and phosphate removal, works quickly, and is supplied in a stable liquid form for easy handling. PAC is commonly used in

Product Description: The BLU PAC-02 variety is a pale yellow powder of Polyaluminum Chloride produced through spray-drying. It's tailored for applications in drinking water treatment and paper mills, where it serves as a retention agent and a coagulant. Its formulation relies on food-grade purity Al(OH)3 as the main raw material. Features:  Suitable for a wide range of industrial and potable applications as a coagulant.  Easily dissolves in water, ensuring rapid dissolution

Product Description: The BLU PAC-02 type is a pale yellow powder made of Polyaluminum Chloride and is of the spray drying type. It is used in a variety of applications such as drinking water treatment and as a retention agent in paper mills. The powder works as a coagulant in water treatment and is made from pure raw materials of Al(OH)3, which is food grade. Features: Poly Aluminium Chloride (PAC) offers a wide variety of industrial and potable applications. It is easily