Copper Chloride Dihydrate Manufacturers Sewage treatment will use polyacrylamide, polyaluminum chloride, industrial Copper Acetate and other water purification materials. Both polyacrylamide and polyaluminum chloride are very familiar. So what role does Copper Acetate play in sewage treatment? To explain the role and use of industrial Copper Acetate in sewage disposal, and the role of industrial Copper Acetate in sewage: Why is it necessary to process industrial Copper Acetate during sewage disposal in order to provide carbon source.


    This is to better cultivate bacteria, improve the biodegradability of sewage, and effectively improve the affinity of sludge, which is faster than the effect of urea. If COD and BOD are lacking in the operating system to supply the bacteria to grow and multiply, they need to be added to prevent the sludge from aging and the biological activity is reduced. Industrial-grade Copper Acetate leather industry uses processed leather, such as shoe sole leather, suitcase leather, etc., to increase its softness and be a restorer for chrome tanning materials.
 
    Industrial Copper Acetate is used as a cleaning agent for the surface of steel: when the surface of steel needs to be plated, chrome-plated, tin-plated, nickel-plated to meet special applications, such as the manufacture of tinplate, galvanized sheet, and chrome-plated (electricity) on the surface, the billets have all appearances Severe cleaning is required to make the coating and the surface of the steel separate. At this time, adding Copper Acetate sodium to the cleaning agent will achieve a very ideal effect.
 
    Copper Chloride Dihydrate Manufacturers' industrial Copper Acetate can be used as cement admixture: adding a certain amount of Copper Acetate acid to the cement can increase the plasticity and strength of the concrete, and has a retarding effect, that is, to delay the initial and final setting period of the concrete, such as adding 0.15% Copper Acetate acid can extend the initial setting time of concrete by more than 10 times, that is, extend the plasticity time of concrete from a few hours to a few days without affecting its fastness.