Chillers regulate and cool the electroplating solution, maintaining a constant temperature and maintaining heat, thereby stabilizing electroplating production and efficiency.
During the electroplating process, temperature is primarily reflected in three areas:
1. The plating solution
2. Heat generated by the electroplating reaction
3. Temperature control during different processes
Excessively high plating solution temperatures can cause deformation of the coating, affecting quality. Increased heat during the reaction can also cause the plating solution temperature to be too high, impacting the production process.
These features of electroplating chillers can help achieve temperature control during the electroplating process：
1. Electroplating chillers utilize a box-type structure, allowing for flexible installation and mobility. They are typically installed horizontally next to the electroplating equipment.
Some use air-cooled chillers, while others, for large-scale industrial applications, utilize water-cooled screw chillers.
2. Electroplating chillers generally utilize indirect cooling.
3. Electroplating chillers, tailored to the specific needs of the surface treatment industry, can utilize corrosion-resistant stainless steel for the evaporator, piping, and water tank, ensuring long-term, stable operation.
Chillers play a role not only in electroplating and micro-arc oxidation processes, but also in optical coatings and vacuum coating.