We need to follow these two principles in order to quickly troubleshoot and solve problems when flaking with hard chrome additives.
During the production process using electroless nickel plating additives, the concentration of iron ion impurities in the plating solution becomes higher and higher. Where do these iron impurities come from?
Some customers have asked that when we use potassium chloride galvanizing brightener with malfunction, we need to do Hall tank test to troubleshoot, what principles do we need to follow in order to take less detours and solve the malfunction problem at lower cost? Regarding this issue, we have summarized 2 principles based on years of experience in door-to-door service, as long as we do these 2 points, it will be conducive to the electroplating plant to quickly troubleshoot the cause, and then the right remedy.
When conducting the Hull cell test with acid copper plating brightener, how should it be stirred? What benefits can stirring bring? Why does improper stirring lead to a decline in the quality of the coating? Why is it so difficult to clean the Hull tank with air stirring thoroughly after each use? All the answers will be given to you in this issue's articles.
When we use nickel plating additives, how do we control the cathode area and anode area if we want to use electrolysis to remove impurities?
When using galvanizing additives, uneven plating is the main problem that leads to the low pass rate of one-time galvanizing of products, so what harm will uneven plating cause? And how to solve it?
