For precision temperature control applications, X-Meritan is a world-leading supplier of Liquid to Liquid Thermoelectric Coolers Assemblies and thermal management solutions for cooling, thermal cycling, or precision temperature control in custom or industry-standard configurations. With fast delivery times, competitive pricing, superior quality, and industry-standard dimensions, we can help you develop a solution or replace existing thermoelectric components. Maximum Cooling Capacity (Qc Max) 50W ~ 1500W Operating voltage (Vmax) 12V, 24V, 48V DC Operating current (Imax) 2A ~ 30A Hot/cold end interface type G1/8", G1/4", NPT Recommended liquids deionized water, ethylene glycol water solution
Liquid to Liquid Thermoelectric Coolers Assemblies, which exchange heat entirely through liquid media, are manufactured in our China factory by our trusted supplier, X-Meritan. Both the hot and cold ends of the device are connected to a liquid circulation loop, enabling cooling or heating by varying the current. Temperature stabilization can be achieved to ±0.1°C or higher.Long service life, no wearing parts. As an integrated component, customers only need to connect external liquid pipelines and power supply to use, which simplifies the system design and installation process. No need for professional personnel to perform complex maintenance, saving time and cost.
Our products are packaged in customizable shock-absorbing foam and sturdy cartons or wooden boxes. The internal filling can effectively cushion the impact and vibration during transportation, protecting the precision components from damage. Our products are exquisitely designed and standard in size, which can effectively utilize the transportation space and reduce logistics costs. We also cooperate with many internationally renowned logistics companies around the world to provide a variety of transportation solutions, accurately selecting according to customer needs.
Liquid-to-Liquid Thermoelectric Cooler Assemblies are widely used in demanding fields such as medicine, laboratories, aerospace, semiconductors, communications, industrial, and consumer electronics. Applications range from simple food and beverage coolers for afternoon picnics to sophisticated temperature control systems in missiles and spacecraft. These devices can both lower the ambient temperature of an object and maintain a constant temperature. Unlike heat sinks that only provide passive heat dissipation, thermoelectric coolers achieve precise temperature control through active heat dissipation, making them the industry's "smart cooling artifact."
