Automatic electroplating machine for aluminium anodizing

The plating machine is also called roughening electrolytic machine. This equipment uses electrolysis to convert the trivalent chromium ions in the roughening solution into hexavalent chromium when used in plastic plating roughening solution, effectively reduce the concentration of trivalent chromium, and realize the regeneration of roughening solution; When used in chrome plating solution, impurity cations such as iron ions, copper ions, zinc ions, etc. enter the cylinder (cathode area) through the capillary pores of the ceramic diaphragm cell, thereby removing impurities, and can also transform the trivalent chromium ions in the chrome plating solution into hexavalent chromium, which reduces the concentration of trivalent chromium so that the chromium plating solution will not be scrapped.

  1. The plating machine is mainly composed of the following parts: high-frequency rectifier, titanium tank, cathode and anode plate (lead tin plate), ceramic diaphragm cell (also known as Unglazed cylinder, ceramic tube), copper row, PVDF pump and pipeline valve .

  2. This equipment is designed and manufactured according to the capacity, output and site conditions of your roughening solution, which can be fully automatic operation, convenient for workers to disassemble and wash, and easy to operate.

  3. The electrolytic ceramic diaphragm (ceramic tube)is independently developed and produced by our company, and its quality exceeds the level of imported products from Japan.it is the core component of the plating machine, which plays a very important role in the process of reducing trivalent chromium by electrolysis.

  4. The main machine titanium tank adopts imported high-quality titanium plate to ensure the high temperature and high strength corrosion resistance of plastic plating roughening solution.

  5. Important components such as rectifiers, lead-tin cathode plates, copper bars and PVDF pipes, valves, pumps, etc. are of stable quality and reliable performance.