In the electroplating and electrophoretic industries, the bath solution continuously generates heat under high-frequency reactions, causing the temperature to gradually rise. When the temperature of the electroplating solution exceeds the process requirements, it significantly affects the adhesion, uniformity, smoothness, and surface finish of the coating on the product. The chiller helps stabilize metal and non-metal ions, enabling metal ions to adhere to the plated surface, increasing the density and smoothness of the plated part, shortening the electroplating cycle, improving production quality, reducing the loss of electroplating raw materials, and allowing for the recovery of chemicals. By cooling and maintaining a constant temperature of the electroplating solution, it greatly enhances the production process, product quality, and efficiency.

Chillers for electroplating are categorized based on the material and type of plating:

Chiller for Zinc Plating, Chiller for Tin Plating, Chiller for Nickel Plating, Chiller for Chromium Plating, Chiller for Acid Copper Plating, Chiller for Gold Plating, Chiller for Silver Plating, Chiller for Vacuum Plating.

Based on the cooling method, they are further divided into direct cooling and indirect cooling types.

Features:

Compressor: Uses fully enclosed flexible scroll compressors with simple structure, no wear on compression components, low torque variation, high balance, energy efficiency, stability, and easy operation suitable for automated control.

Shell-and-Tube Condenser: Features externally threaded copper tubes designed with CAD/CAM technology and manufactured using CNC machining centers. The effective heat transfer area is calculated based on heat dissipation, water flow rate, and fouling factor, with a 5–10% margin. Both end caps are easily removable for convenient maintenance.

Evaporator: Utilizes a steel-plastic composite shell and coil heat exchanger with internal threaded tubes, an advanced small-channel product developed from enhanced heat transfer technology. The tube arrangement achieves high heat transfer coefficients, improving unit efficiency. The shell is steel-plastic composite, with the water-contact surface made of sealed engineering plastic for strong corrosion resistance and long service life. The design has undergone multiple freeze tests with no internal or external cracks, demonstrating excellent freeze resistance. The detachable shell allows easy maintenance and cleaning.

Corrosion-Resistant Unit: Equipped with anti-corrosion evaporators and direct cooling, eliminating the need for secondary heat exchange equipment. Energy savings exceed 36% compared to conventional units, with shorter cooling times and more precise temperature control for enhanced efficiency.

Air-Cooled Heat Exchanger with Anti-Corrosion Fins: Uses anti-corrosion hydrophilic aluminum fins with secondary flaring and tube expansion technology, ensuring tight contact between copper tubes and fins for high heat exchange efficiency. No additional cooling water pumps or cooling towers are required, offering reliable operation, easy cleaning, strong cooling capacity, low noise, long lifespan, and simple operation. Ideal for areas with water scarcity or high water hardness.

Control System: Industrial-grade centralized control system with a full Chinese interface and menu prompts for easy operation. Allows real-time monitoring of unit status and adjustment of operating modes, accurately matching cooling capacity with load to ensure efficient operation and reduce costs. Integrated protections include water flow, low temperature, high/low pressure, freeze prevention, reverse phase/phase loss, delayed start, overload, over-temperature, and oil pressure differential. Temperature control accuracy within ±1°C, ensuring reliable and user-friendly operation.

Casing: Fully enclosed cabinet with electrostatic spray-coated shell, offering an aesthetically pleasing and elegant design.

After-Sales Service Commitment:

We are dedicated to enhancing customer satisfaction and solemnly commit to the following:

Maintain complete data records for all sold products, with a skilled after-sales team providing 24/7 support and premium service.

Offer integrated solutions tailored to customer needs, including equipment selection, on-site design, installation, and after-sales service.

Provide prompt technical support, conduct regular follow-ups on equipment usage, and perform periodic inspections to prevent issues, ensuring satisfactory service quality.

Adhere strictly to after-sales terms, offering timely repair and maintenance services. A one-year free warranty covers all parts and repairs.

Provide lifelong maintenance. After the warranty period, only the cost price will be charged for replacement parts.

National Free Service Hotline: 400-600-8096