In industrial production, electroless nickel plating technology is widely used to improve the corrosion resistance and hardness of steel parts. However, sometimes we may find that the surface of the plated layer shows efflorescence, which seriously affects the appearance quality and performance of the plated layer. Once this problem occurs, rework becomes necessary. Choosing the right nickel remover can effectively solve this problem.
Poor bonding of electroless nickel plating on aluminum has always been a problem for many manufacturers. The customer, Mr. Li, was often complained by customers because of the instability and short cycle of the self-made electroless nickel solution, which led to the poor bonding of electroless nickel plating on aluminum. Later, through the introduction of friends, he met Bigely Technology, an enterprise focusing on the research, development and sales of electroless nickel plating additives, which solved this problem.
In the ever-changing market competition, when customers have new requirements for coating performance, electroplating factories often try their best to meet them, but we know that coating performance is closely related to the electroless nickel plating solution used. So how should we choose the appropriate electroless nickel plating solution?
In the plating industry, electroless nickel plating is favored for its wear and corrosion resistance. Facing the customers' strict requirements of moderate brightness and good wear resistance in the bearing electroless nickel plating process, Bigely Technology, with its R&D team and rich industry experience, has successfully launched Ni-809 electroless nickel plating additive.
In the tin plating process, the peeling off of the tin layer is a problem that not only affects the appearance quality of the product, but can also have a serious impact on the performance and service life of the product. As a R&D and sales engineer of tin plating additives, I am well aware of the complexity and variety of the causes of tin plating fallout. I will analyze the causes of tin plating fallout in detail, and mention the reasons why we should use Bigely tin plating additive Sn-807.
A soluble anode is an anode that can be consumed normally dissolved in the working solution during the electrodeposition process. Most anodes are soluble anodes, whether they are used in most complexing agent-type working solutions or in simple salt solutions where the anodic process can be coordinated with the cathodic process. In this article, we will talk about the characteristics of this type of anode and analyze the anodes that are needed for the use of nickel plating brighteners.
