Electroplating plant in the production process using alkaline zinc brightener, if the tank solution is contaminated by iron, copper, lead and other impurities, electrolytic decontamination is required, but the loss of the main salt is large, what is the reason for this?
In the production process using alkaline galvanizing brightener, if the plating solution is contaminated with heterogeneous metal impurities and electrolytic decontamination is required, why is it accompanied by agitation?
When using hard chrome additives, how should the concentration of chromic anhydride and trivalent chromium be controlled to ensure good production benefits?
When using alkaline galvanizing brightener in a plating plant, what is the best current density to control if you want to remove heterogeneous metal impurities by electrolysis?
Why is it not recommended to use hard chrome additives containing fluoride during the production of electroplated hard chrome? This is because of the problems associated with corrosion and stability.
A customer inquired that electronic parts need to be treated with electroless tin plating, what kind of electroless tin plating solution is more appropriate to use?
