Information Center

Current hard chromium plating processes are predominantly based on chromic acid and sulfuric acid, the nature of chrome electroplating bath can impact the longevity of the anodes. In particular, free fluoride ions; it can attack the metals of the anode and cause corrosion.   The new auxiliary anode for electroplating developed and produced by UTRON Technology uses corrosion-resistant titanium as the substrate coated with a mixed iridium oxide coating. The anode will not deform, and has strong corrosion resistance

   Utron Technology has developed and manufactured lead dioxide titanium anode after years of research and technical accumulation. The titanium base is etched by acid, and then a gradient oxide substrate layer is plated by thermal decomposition method. After that, an alpha-PbO2 intermediate layer is electroplated with an alkaline solution, and then a fluorine-containing beta-PbO2 surface layer doped with an active metal and a highly adsorptive particle is electroplated with an acidic composite plating solution. After improve