Bright nickel plating is an important surface treatment process, widely used in electronics, electrical appliances, automotive parts and other fields. The stability of bright nickel plating solution is the key to ensure the quality of plating. However, in practice, bright nickel plating solution often appears unstable phenomenon, resulting in poor plating quality, and even shorten the service life. In this article, we will analyze the reasons for the instability of bright nickel plating solutions from several main angles, and introduce how to use Bigely bright nickel plating brightener Ni-301 to cope with these problems.
In the copper-nickel-chromium plating process, bright acid copper plating plays an important role, and if the quality of the copper plating layer is not up to standard, it will often have a certain impact on the subsequent plating. Therefore, it is necessary to study the causes and solutions of streaks on bright acid copper plating. In this issue, we will first talk about the influence and removal of organic impurities and oil impurities.
Irregular biting or leakage of aluminum workpieces after micro-etching treatment, as well as the phenomenon of poor bonding after plating, are important problems that plague many plating masters. These problems directly affect the surface quality of the workpiece and plating effect, the reason is mainly due to the surface of the workpiece on the oil and oil film cleaning is not complete.
In the electroplating process, degreasing is of great importance as a key pretreatment process. However, many electroplating factories often have to face a troublesome problem when electrolytic degreasing: frequent smoke and irritating odor during operation. These phenomena not only bring health hazards to the operators, but also seriously affect the environmental quality of the workshop. In this article, we will discuss the causes and solutions of this problem in depth, and provide suitable improvement measures for electroplating plant owners.
Electroless nickel plating is an important surface treatment technology. Unlike conventional electroplating processes, electroless nickel plating does not require an applied electric current and forms a homogeneous, compact nickel-phosphorus alloy layer on the surface of the workpiece through a chemical reduction reaction. The properties of this coating can vary depending on the phosphorus content, thus playing a crucial role in different industrial applications.
In the electroless nickel plating process, the hardness of the plated layer is an important assessment index, which is related to the electroless nickel plating products can be sustainably applied in industrial production, so what are the methods of plating layer hardness testing? This issue of the article we will introduce two methods.
