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.
When we use potassium chloride galvanizing brighteners for production, if there is good mixing, then it can reduce the sensitivity of the coating to impurities. The article in this issue analyzes the reasons for this.
When doing the Hull bath test, why does the test piece plating always fail to correctly reflect the bright performance of the hard chrome additive? The reason may be that the heating and cooling are not done properly. Understanding the importance of heating and cooling will help us to make fewer mistakes and quickly judge the performance of additives.
Some customers have asked that when we use the army green passivation solution, what are the operation specifications to pay attention to? In general there are 4 points, this issue of the article we will talk about it.
In the electroplating industry, the appearance of white fog streaks on the surface of the tin layer is a common and troublesome problem. This defect not only affects the aesthetics of the coating, but also may adversely affect the performance of the coating, such as reducing corrosion resistance and weldability. As a research and development engineer of tin plating brightener, I will explore in depth the causes of white fog striations after tin plating, and explain why the choice of tin plating brightener Sn-807 can effectively solve this problem.
It is commonly believed that during the use of electroless nickel concentrates, the plated parts are plated more uniformly because they are not disturbed by power lines. Is this view correct? Actually, it is not.
