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During the process of using chromium plating additives, the plating solution is relatively sensitive to impurities. When the impurity content is high, it wi...
When using the trivalent chromium passivator for galvanizing, the workpiece is immersed in the passivation solution, and the galvanized layer continuously d...
Many customers encounter such a situation: when using the same electro-galvanizing brightener to prepare the galvanizing solution, the thickness of the coat...
Hard chromium plating, as a classic wear-resistant coating in industrial applications, is naturally compared with electroless nickel plating when it is prom...
Many electroplating technicians have reported that when analyzing the data of the bath solution (containing decorative chromium additives) in the laboratory...
What impact will there be if the workpiece falls off the tank and is not retrieved during the application of acid galvanizing additives?
During the production process of using bright nickel plating additives, due to the weakly acidic plating solution, it is relatively easy for nitrate ions to...
What is the purpose of trivalent chromium blue zinc water passivation in the alkaline galvanizing process?
During the production process of electroless nickel plating, it is sometimes found that the nickel salts in the plating solution are consumed particularly f...
The poor solderability of the tin plating layer is not only related to the thickness of the coating, but also due to the acid tin plating brightener.
