Product Description Product name: PAC Poly Aluminium Chloride Chemical formula: Aln(OH)mCl3n-m CAS No.: 1327-41-9 Content of PAC: 30% PAC 30% Specification: - Appearance: Fine, white, or yellowish powder - Aluminium Oxide(Al2O3): â?¥ 30% - Alkalinity: 40�·90 % - Iron content: â?¤ 300 ppm - Water insoluble: â?¤ 0,25% - pH 1% solution in water: 3,5�·5 Polyaluminum chloride is packaged in 25kg/bag, two layers bag, inner is plastic pp bag, outside is a woven bag, 560 bags in 20ft 14.000kg, 1.120bags in 40ft 28.000kg How to Use PAC Powder 30% in Water Treatment The way of PAC powder 30% phase is simple to remember. Dilute PAC into a 5-10% solution with clean water and add it to the water source to be treated with the following dosages: - The dosage for 1m3 of river, pond, and lake water: + For water with low turbidity: 1- 4g/m3 PAC + For water with medium turbidity: 5 - 7g/m3 PAC + For water with high turbidity: 7 - 10g/m3 PAC - The dosage of wastewater treatment (making paper, textile, dyeing, food processing) from 20-200g/m3, depending on the suspended matter content and the wastewater characteristics.
PAC Poly Aluminium Chloride (PAC) is a highly effective inorganic polymer coagulant widely used in water purification and wastewater treatment. Its polymeric structure enables it to neutralize suspended particles and form dense flocs quickly, improving filtration and reducing chemical sludge. This 30% grade is cost-efficient for large-scale operations while maintaining strong performance across neutral to mildly acidic pH ranges.
Commonly supplied as a fine powder in multi-layer bags, PAC is easy to store and dose in plants. It dissolves readily in water, making it suitable for automated dosing systems in municipal and industrial treatment facilities. Its low iron content and high purity support consistent coagulation without introducing unwanted color or turbidity.
PAC is typically used as a primary coagulant in drinking water plants, industrial effluent systems, and sludge dewatering applications. It works well across a range of turbidities and is often preferred in regions with variable raw water quality. Compared to traditional aluminium sulfate, PAC requires lower dosing and generates less sludge, reducing operational costs.
Best suited for:
Not ideal for:
PAC 30% offers faster flocculation and lower dosing than aluminium sulfate, but may require pH adjustment in very soft waters. Compared to higher-basicity PAC grades (e.g., 9 - 12% basicity), this 30% grade is more soluble and easier to handle but less effective in highly alkaline waters.
Pricing scales with order volume and minimum order quantity (MOQ). Request a detailed quote based on your annual consumption to secure tiered pricing. Bulk orders typically reduce cost per unit due to economies of scale in shipping and handling.
FTE Clean Environment Co., Ltd. is a Viet Nam-based manufacturer specializing in inorganic coagulants and water treatment chemicals.
The company operates compliant production facilities with quality controls aligned to ISO standards. They offer technical support for application optimization and supply chain logistics across Southeast Asia.
The supplier typically states a shelf life of 12 - 24 months from date of manufacture when stored in dry, sealed bags at ambient temperature. Confirm exact shelf life with the supplier.
Yes, PAC 30% is approved for use in drinking water treatment under standard coagulation practices. However, final water quality must meet local regulatory standards for aluminum residuals and disinfection byproducts.
PAC 30% typically generates 20 - 30% less sludge than aluminium sulfate due to its higher charge density and more efficient coagulation mechanism. Confirm with the supplier for site-specific benchmarks.
Yes, PAC 30% is often used alongside cationic polymers to enhance floc strength and settling. Compatibility depends on water chemistry and dosing sequence - conduct jar tests to confirm optimal ratios.
Store PAC 30% in a cool, dry place below 30°C. Avoid exposure to humidity and temperature swings to prevent caking and reduced solubility.
Air freight is generally not recommended due to moisture sensitivity and handling restrictions for fine powders. Sea freight in sealed bags is the standard logistics method.
It is classified as a non-hazardous chemical for transport in most jurisdictions, but confirm with the supplier for SDS and compliance documentation specific to your destination.
Shipments typically include a Certificate of Analysis (CoA), Material Safety Data Sheet (SDS), and commercial invoice. Request these documents in advance to streamline customs clearance.