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.
The development of the high-phosphorus electroless nickel plating market is gradually growing, and the technology has been widely used in automotive, aerospace, electronics, metallurgy and machinery. In the continuous development of high-phosphorus electroless nickel plating technology, the focus of research is beginning to develop towards the use of new additives, improve the stability of the plating solution and other directions, in order to improve the application of the technology in a wider range of fields.
In the electroplating industry, the decorative chrome plating process is favored for its good bright effect and protective properties. As a R&D and sales engineer of decorative chrome additives in Bigely Technology, I am well aware of the importance of decorative chrome additives in the electroplating process.
The R&D team of Guangdong Bigely Technology has developed a high-quality and environmentally friendly cyanide-free alkaline zinc additive BZ-518. Here are the characteristics:
Nickel plating brightener plays a vital role in the plating process, and its main function is to enhance the brightness and smoothness of the plated layer. Bigely nickel plating brightener Ni-301 is a good nickel plating brightener that can effectively improve the surface quality of the plated layer. Why use Bigely Ni-301?
When using acid tin plating brightener, why rack plating allows the use of higher cathodic current density, but not barrel plating? The reason is that one is based on concentration polarization and the other is based on electrochemical polarization, if the current density of the rack plating system is used in the barrel plating system, then it is easy to cause plating failures. Therefore, it is necessary to explore, the cathodic current density of tin plating solution will have what effect on the coating? And how to control this process parameter for rack and barrel plating production?
