Copper Acetate has the properties of adsorption, aggregation, precipitation, etc., its stability is poor, and it is corrosive. If it is accidentally splashed on the skin, it should be rinsed with water immediately. Production personnel must wear work clothes, masks, gloves, and long rubber boots. Copper Acetate has the advantages of good spray drying stability, wide water area, fast hydrolysis speed, strong adsorption capacity, large alum formation, fast dense sedimentation, low turbidity of the effluent, and good dehydration performance.
 
    Spray-dried products can ensure safety, reduce water accidents, and are very safe and reliable for residents' drinking water. Therefore, Copper Acetate is also referred to as high-efficiency polyaluminum chloride, high-efficiency PAC or high-efficiency spray-dried Copper Acetate. Copper Acetate is suitable for raw water with various turbidity and has a wide pH range, but compared with polyacrylamide, its sedimentation effect is far inferior to polyacrylamide.
 
    The basicity of Copper Acetate is a relatively important indicator in polyaluminum, especially for drinking water grade polyaluminum products. The lower the base degree, the higher the price, and each purchaser can operate according to the actual situation of the manufacturer. In addition, the basicity of Copper Acetate products produced by different raw materials and different processes is also different, which requires manufacturers to adjust. Increasing the basicity of polyaluminum chloride products can greatly increase the economic benefits of production and use. The basicity is increased from 65% to 92%, the cost of production materials can be reduced by 20%, and the cost of use can be reduced.
 
    The colors of Copper Acetate of Copper Acetate Manufacturers are generally white, yellow, and tan. Copper Acetate of different colors also differ greatly in application and production technology. Copper Acetate with a content of aluminum oxide trioxide between 27% and 30% within the national standard is mostly earthy yellow, to yellow, or light yellow solid powder. These types of Copper Acetate are more water-soluble, and are accompanied by electrochemical, agglomeration, adsorption and precipitation and other physical and chemical changes during the dissolution process. The flocs form fast and coarse, have high activity, fast precipitation, and have a purification effect on high turbidity water obvious.