When you find frequent pitting and blistering after plating zinc alloy polished parts, do you realize that this may be due to the wax scale left in the pre-treatment process? These impurities not only destroy the bonding strength of the plating layer, but also reduce the yield of each batch by 15%-20%.
In the electroplating industry, hard chrome plating has been an indispensable surface treatment technology for many industrial fields due to its good abrasion resistance, corrosion resistance and high hardness. However, when plating factories open or maintain hard chrome plating production lines, they often encounter pain points such as unstable plating quality, low production efficiency, and difficult cost control. These problems not only affect the market competitiveness of products, but also may bring serious economic losses to plating factories. So, how to crack these problems and make plating production more stable and economical? The answer may lie in choosing a hard chrome plating additives - Cr-2 from Bigely Technology.
A customer inquired that electronic parts need to be treated with electroless tin plating, what kind of electroless tin plating solution is more appropriate to use?
When using nickel plating brighteners, what harm does nitrate cause to the bath and layer?
In an electroplating plant, consistency of plating quality is an important factor in productivity and customer satisfaction. However, many plating plant customers often face the problem of pinholes and pockmarks on the surface of nickel plated layers. This not only reduces the appearance quality of the product, but may also affect its functional properties and service life. why can the use of Bigely nickel sulfamate additive Ni-1000 effectively solve this problem? This article will explain in detail.
In the electroplating industry, plating de-plating is a common and important part of the process. Especially when a plating plant customer receives an iron part with a 13 micron thick nickel plating layer, how to remove the plating cleanly with a nickel remover becomes a challenge. This is not only related to production efficiency, but also to the integrity of the iron part and the smoothness of subsequent processes.
