With the continuous development of science and technology, the electroplating industry is also improving and innovating. Bigely electroplating zinc-nickel alloy blue passivator is an important raw material in the electroplating process, which has become a new favorite in the electroplating industry with its good performance and ideal anti-corrosion effect. So, how exactly does Bigely electroplating zinc-nickel alloy blue passivator help to improve the corrosion resistance of electroplated products? This article will analyze the following aspects.
As we all know, in the production process of plastic plating, the colloidal palladium adsorbed on the surface of the plastic workpiece after palladium activation does not have catalytic activity, which is due to its surroundings are wrapped by divalent tin ions, the use of peptizer can dissolve the palladium around the divalent tin so that it is exposed to deal with, so that palladium ions will have catalytic activity. So what do we need to pay attention to when we use the peptizer?
Judging the quality of electroless copper plating additives usually involves the following aspects:
If you want to increase the salt spray test performance of electroless nickel plating layer, it means to improve the corrosion resistance of the coating in simulated Marine or salt corrosion environment. Typically, a salt spray test is an accelerated test used to assess the corrosion resistance of a material, and the coating is subjected to a high concentration of salt water mist over a period of time. In order to improve the performance of electroless nickel plating in salt spray testing, the following measures can be taken:
Bigley's alkaline galvanized additive BZ-515 is an environmentally friendly cyanide-free additive, which has the advantages of good dispersion ability and depth ability, white coating, and good tolerance for impurities. The main reasons for the popularity of the alkaline galvanizing additive are as follows:
The pH value of Bigely neutral tin plating solution process is nearly neutral, which is suitable for the plating of materials susceptible to acid, alkali influence or corrosion, such as special glass, ceramic materials as the substrate of the component solderable ends, leads. So, how should we maintain the plating solution in daily production?
