Do you frequently rework your plating due to blistering and uneven thickness? Are you experiencing yield fluctuations due to poor bath stability? According to the data, 35% of electroless copper plating failures are due to improper selection of additives. A circuit board factory has caused millions of orders to be scrapped due to insufficient plating bonding, the root cause of which is the additive and substrate matching error. How to choose reliable additives for electroless copper plating in a mixed market? In this article, we will use scientific data to reveal the key selection logic for you.
When we use steel electrolytic degreasing powder, doesn't higher current density control mean better degreasing effect? On the surface it seems to be right, in fact, electroplating production is a systematic project, and other factors have to be considered, such as whether it will cause environmental pollution, whether it will cause damage to the substrate and so on.
In the electroplating industry, the passivation treatment of the workpiece after galvanizing is a key step to improve the corrosion resistance and decoration of the coating. Zinc is an active metal, and the coating is easily oxidized and corroded without treatment, resulting in rapid darkening and white corrosion products on the surface of the coating. In order to overcome this problem, Bigely Technology has introduced a colored zinc passivation solution Zn-105.
As a manager of a plating plant, do you often worry about the corrosion resistance of your aluminum workpieces? Do you wish you had a solution to help your aluminum products maintain a high level of corrosion resistance even in harsh environments? Nowadays, the market is so competitive that choosing the right electroless nickel plating process is especially important. To address these pain points, Bigely high phosphorus electroless nickel plating solution NI-811 has been developed to provide you with a solution.
What is the reason for the slow deposition efficiency when we use alkaline galvanizing additives?
Some customers have inquired about what to do if the pure tin plating layer is easily discolored when using methanesulfonic acid bright tin additives. We can analyze this problem from three angles.
