Aquaculture Water Purification Polyaluminium Chloride Powder

Product features:

The key advantages of this aquaculture grade PAC include its non-toxic formulation, which is safe for all types of freshwater and marine aquatic life when used as directed. It has a high removal rate of up to 85% for ammonia nitrogen and 92% for suspended solids, improving water quality and reducing the need for frequent water changes in aquaculture facilities. The pH adjustment range of 6.5-8.5 makes it suitable for most aquaculture water conditions, while the tightly controlled heavy metal levels ensure no harmful residues remain in the water that could harm aquatic life or contaminate farmed seafood. The product is easy to handle and dose, with a long shelf life of 24 months when stored in a cool, dry environment.

Product specifications:

This aquaculture grade PAC has an Al2O3 content of 28%, delivering effective flocculation performance for aquaculture water treatment. It has a pH adjustment range of 6.5-8.5, making it suitable for most freshwater and marine aquaculture water conditions. The product removes up to 85% of ammonia nitrogen and 92% of suspended solids, improving water quality and reducing the need for frequent water changes. Heavy metal levels are tightly controlled: arsenic content ≤0.0003% and lead content ≤0.0004%, ensuring no harmful residues remain in the water that could harm aquatic life or contaminate farmed seafood. The product is typically packaged in 10kg food-grade plastic bags for easy handling and bulk transport, and is suitable for use in both small-scale backyard aquaculture operations and large-scale commercial fish farms.

Product application:

This aquaculture grade PAC powder is primarily used in commercial fish farms, shrimp ponds and aquarium facilities to improve water quality by removing suspended solids, ammonia nitrogen and other harmful pollutants. It is also suitable for use in hatcheries, where clean water is critical for the survival of young fish and shrimp. The product can be dosed directly into aquaculture tanks or ponds via automated dosing systems, reducing labor costs and improving operational efficiency for large-scale aquaculture facilities. It is also suitable for small-scale backyard aquaculture operations, where easy handling and safe water treatment are critical for the health of farmed aquatic life.