Accurate control of electrolyte temperature is necessary to prevent defects such as uneven coatings or rough surfaces. Our chillers maintain bath temperatures between 20-40°C, ensuring uniform plating layers and reducing rework rates. In processes like nickel plating, where electrolyte temperatures must be kept within 50-60°C, our temperature control systems are able to deliver ±1°C accuracy with minimal error, stabilizing metal ion activity and improving deposition efficiency by more than 30%.

High-precision plating lines rely on equipment such as rectifiers and laser processing units. Our chillers keep rectifiers below 40°C, preventing overheating and extending service life by up to 50%. For integrated production setups, our chillers also provide stable cooling for laser cutting equipment, ensuring dimensional accuracy and process reliability.

Electroplating facilities work with some of the most aggressive chemicals in manufacturing, from 50% hydrochloric acid to highly alkaline solutions. Our chillers are built with titanium heat exchangers and corrosion-resistant piping, delivering reliable performance and a service life that can exceed eight years, even in the harshest environments.

They also support specialized processes such as anodizing and electrophoretic coating, maintaining solution temperatures between 15-25°C for precise oxide film growth and uniform membrane thickness within ±2 μm.

Using a 20HP titanium-tube chiller to keep zinc plating solution stable at 28±1°C, the plant improved product qualification rates from 82% to 95%, while cutting annual chemical costs by ¥120,000.

Our modular chiller system supplying 15°C cooling water to a vertical continuous plating line reduced copper thickness deviation to ±0.5 μm and increased production capacity by 40%.

With a focus on process compatibility (anti-corrosion design), precision temperature stability (±1°C), and energy efficiency (20-40% savings), our electroplating chillers are designed to meet the specific needs of different plating types, from acid copper plating to chromium finishing. For optimal results, we recommend selecting units with titanium heat exchangers, dual refrigeration system redundancy, and intelligent water quality monitoring, tailored to the exact chemical and process requirements.