In the fierce market competition, one of the main challenges facing customers of electroplating plants is how to improve production efficiency and coating quality. Especially in the spark plug electroless nickel plating process, the deposition rate of some manufacturers' middle phosphorus electroless nickel plating solution is slow, which undoubtedly increases the production cycle and cost, resulting in a decline in market competitiveness. So, how to improve the speed of electroless nickel plating without sacrificing the quality of the coating?
In practice in many plating plants, it is a major challenge to ensure the brightness and thickness consistency of the plated layer on the surface of the workpiece. Especially when using homemade electroless nickel plating solution, we often encounter the problem of uneven plating layer and surface brightness. This not only affects the quality of the final product, but also increases the cost of repeated redoing. So, is there a better solution? The medium phosphorus electroless nickel plating solution Ni-809 launched by Bigely Technology can solve these problems.
Copper pyrophosphate plating process is widely used in practical production due to the advantages of simple composition of plating solution, weak alkali and good stability. However, when using copper pyrophosphate brightener, the production efficiency is affected by the narrow range of working current density. How to improve the plating efficiency of copper pyrophosphate plating process? It is a difficult point that many electroplating factories are struggling to find.
In the electroplating industry, electroless silver plating, as an important surface treatment technology, has been attracting much attention. However, the high cost and complicated operation process often discourage many electroplating companies. In order to solve this problem, Bigely Technology has launched the cyanide-free electroless silver plating solution, which provides electroplating factories with a new choice of time- and cost-saving silver plating.
What are the effects of metallic impurities, such as iron and copper ions, on the quality of the plated layer during the production process using acid tin plating brighteners?
When using potassium chloride galvanizing brightener, the product is burnt now, how to deal with it? Recently we saw this inquiry, so we decided to write an article to do the answer.
