We usually use trivalent chromium black galvanizing passivator to obtain a black and oily appearance with special decorative features. However, when using a black zinc passivator, the workpiece is prone to coloring and streaking, which affects the quality of the workpiece. For this reason, today we would like to introduce a trivalent chromium black zinc passivator BZ-216, which is not easy to be colored and has no flow marks.
Bigely Technology's potassium chloride galvanizing brightener BZ-528 has a current efficiency of more than 98%. And the current density range is wide, which is easy to operate in the actual production process.
Alkaline galvanizing brightener BZ-515 is a new generation of environmentally friendly galvanizing brightener from Bigely, which has the advantages of wide range of bright current density area, bright white layer, good even plating, low brittleness, and good tolerance to impurities.
Neutral tin plating brightner is a relatively new type of plating that comes about through the coordination of tin ions in a near-neutral plating solution. Bigely Sn-830 pure tin process affects the coordination of tin ions in a near-neutral plating solution, thus solving the phenomenon of sticking flakes on small workpieces. Specifically designed for roll plating applications on small-sized workpieces, it produces smooth, uniform, semi-gloss pure tin deposits over a very wide range of current densities.
What anode do we typically use when working with decorative chrome additives?
Nickel sulfamate plating process is widely used in machinery, electronics and other fields, but in some cases, we will find that the nickel layer after plating is not hard enough, which affects the wear resistance and service life of the parts. How to solve this problem effectively? This article combines relevant research and Bigely Technology's technical service experience to provide you with some effective solutions.
