Why is it not recommended to use hard chrome additives containing fluoride during the production of electroplated hard chrome? This is because of the problems associated with corrosion and stability.
In modern industrial production, electroplating process has become one of the core technologies of many manufacturing industries. In the field of electroplating, especially in the plating process of zinc-nickel alloy, the selection of basic zinc-nickel alloy additives is very important. Bigely alkaline zinc-nickel alloy additive BZ-617 with its excellent performance and good technical service, is bringing advantages to many electroplating plants.
In the production process of electroplating plant, often encountered workpiece electroless nickel plating layer thickness is not uniform, poor brightness problems, to the production of many troubles. How to quickly remove the nickel and restore the quality of the surface of the workpiece has become an urgent problem for major electroplating factories. Today, we recommend a trustworthy product - Bigely Technology's environmentally friendly nickel remover BT-3.
A customer inquired how to reduce the production of black anode sludge when we use acid tin plating brightener?
In the electroplating industry, plating plant customers often face a thorny problem: after zinc plating of springs and other complex workpieces, the internal low-current area is often difficult to be plated through, resulting in uneven plating, black, and easy to rust over time, which not only affects the aesthetics of the product, but also reduces its corrosion resistance. Facing this pain point, Bigely Technology, with its profound knowledge in the field of electroplating, has introduced the barrel acid zinc plating process for low-current areas and acid zinc brightener BZ-528, which has brought the benefit to the customers of electroplating factories.
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%.
