In the electroplating industry, hard chrome plating is favored for its high hardness, high wear resistance and high corrosion resistance. However, problems such as low current efficiency and slow deposition rate during the plating process often give plating masters headaches. Mr. Lin, a senior master in an electroplating factory, has encountered such a dilemma.
Hardware workpieces need a series of pre-treatment operations before plating, of which the wax removal step is especially critical. Unclean wax removal will not only affect the adhesion of plating layer, but also may lead to defects during plating. In recent years, many enterprises have found that the wax removal effect has been reduced while the dosage of wax removal water is increasing. Why does this phenomenon occur and how can it be solved effectively?
In the plating industry, the problem of watermarking after workpiece plating has always been the focus of manufacturers' attention. The watermark not only affects the appearance quality of the product, but also may adversely affect the corrosion resistance and other properties of the plated layer. To address this issue, Bigely Technology offers a dewatering agent that is dedicated to helping plating manufacturers solve the watermarking nuisance.
Mr. Du has two plating production lines in Shenzhen, specializing in the plating of various bathroom products, lighting accessories and other plastic accessories. Recently, Mr. Du found that the working life of the palladium deposition solution was shorter, and the rate of nickel or copper deposition after workpiece activation was slower. As it affects the production efficiency, Mr. Du firstly looks for a more stable palladium activator with long service life.
In the electroplating industry, the alkaline galvanizing process is favored for its advantages such as high plating quality and low environmental pollution. Alkaline galvanizing additives, as the core of the process, have a crucial influence on the various properties of the coating, especially the bonding force.
In the application process of nickel sulfamate additives, the internal stress of the plating layer is a crucial performance indicator, which is not only related to the hardness and ductility of the plating layer, but also directly affects the bonding of the plating layer with the substrate and the overall quality of the plating layer. Among the many influencing factors, the PH value of the plating solution is a key factor that cannot be ignored.
