The decorative chrome plating process is widely used in automobiles, home appliances and consumer electronics because it not only provides a beautiful appearance, but also good corrosion resistance. However, in practical applications, problems such as poor plating alignment and insufficient plating in low areas often plague plating workers. In this article, we will introduce Bigely decorative chrome plating additive Cr-8 and discuss how it solves the problem of plating alignment.
In the nickel sulfamate plating process, Bigely nickel sulfamate additives, such as wetting agents, leveling agents and brighteners, promote the plating solution's dispersing ability through a variety of mechanisms. Wetting agents reduce the surface tension of the solution, making it easier for the solution to penetrate into the tiny voids of the workpiece, thus improving the formation of the plating on internal features such as pores and cracks.
We all know that there are a lot of semi-bright nickel plating additives on the market, but there are always a lot of problems in the process of use, such as unstable potential difference, poor corrosion resistance. So how do we choose a cost-effective semi-bright nickel plating brightener?
Therefore, when steel workpiece is prone to over-corrosion phenomenon in pre-treatment acid activation, try this acid salt activator BC-629 from Bigely, which can effectively solve the problem of over-corrosion and reduce the occurrence of malfunction. If you are interested in acid salt activator, please contact Bigely customer service for free samples and detailed technical information!
In the process of using electrolytic degreasing powder for alloys, cathodic degreasing is a common and important process. The method of cathodic degreasing can effectively remove the oil on the surface of the workpiece and improve the quality of the plated layer. This article will introduce the characteristics of cathodic degreasing.
In the zinc-nickel alloy plating process, the operating temperature is a key process parameter that can affect the quality and performance of the plated layer. If the operating temperature is too high when using zinc-nickel alloy additives, it may bring a series of problems.
