Why is it that if you want to ensure the quality of plating, you can't ignore the water washing step in the plating process? To answer this question, we can interpret the purpose of water washing, which is to remove the impurities, residual electrolyte and reaction products on the surface of plated workpiece, and if the water washing is not complete, then what problems will be caused? In order to solve the problem, what kind of dehydrating agent should we choose?
In the process of using zinc-nickel alloy natural color passivator, when there is a problem with the passivation film, such as blue passivation film, is this caused by the problem of passivator? Actually, it's not. Maybe it's the plating solution.
Zinc-nickel alloy plating is a widely used metal surface treatment process that deposits an alloy layer of zinc and nickel on a metal surface through an electrochemical reaction. This alloy layer not only combines the characteristics of both metals, nickel and zinc, but also shows good performance advantages, making zinc-nickel alloy plating especially favored in the industrial field.
ABS plastic plating products are a variety of products in which a metal film is plated on the surface of an ABS plastic product through a specific plating technique.ABS plastic plating offers many of the advantages of metal, such as a metallic sheen, improved chemical and physical durability, and improved appearance and texture, while maintaining the lightweight and cost-effectiveness of plastic.
What is colloidal palladium used for in the plastic plating process? Some people may say that colloidal palladium is used for activation. Then if you ask further, why is it necessary to carry out the activation process in the plastic plating process? It is estimated that some people will not be able to answer. This issue of the article we will take stock of the logic.
The service cycle of electroless nickel plating solution refers to the length of time that the solution can be effectively used, during which the solution can maintain its chemical properties and the quality of the coating. This cycle is affected by a number of factors, including the initial formulation of the solution, the amount of loading, the level of maintenance and management, and the quality requirements of the coating.
