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This papermaking PAC has a unique formula that enhances the flocculation of fibers and fillers, improving the retention rate by up to 15% compared to traditional coagulants. It can accelerate the drainage speed of pulp, reducing the drying time of paper and lowering the energy consumption of papermaking machines. The product has good compatibility with other papermaking chemicals such as sizing agents and wet strength agents, without affecting the performance of other additives. It has low foam generation during use, avoiding the need for additional defoaming agents, and the light yellow granular form is easy to transport and dose, reducing dust pollution during operation.

The product appears as light yellow granules with a bulk density of 0.90-1.00 g/cm³. The aluminum oxide content is between 30% and 32%, ensuring high coagulation activity for papermaking applications. The basicity is controlled at 60%-80%, which optimizes the flocculation effect of pulp fibers and fillers. The water insoluble matter is ≤0.2%, reducing the accumulation of impurities on papermaking screens and equipment. The 1% aqueous solution has a pH value of 5.0-6.5, which is suitable for the pH range of most papermaking pulp systems. Each package contains 20kg of PAC, sealed in plastic woven bags with waterproof inner layers, and the product has a shelf life of 2 years when stored in a cool, dry environment.

This product is primarily used in cultural paper production lines to improve the retention of fillers and fibers, reduce the cost of raw materials, and improve the surface smoothness and opacity of paper. It is also applicable to packaging paper production lines to enhance the water resistance and strength of paper, and household paper production lines to improve the softness and absorbency of products. It is used for the treatment of papermaking white water, reducing the COD and suspended solids content in wastewater, meeting the environmental protection requirements of papermaking enterprises. It can be used in combination with polyacrylamide to achieve better retention and drainage effects, improving the overall efficiency of the papermaking process.