X-Meritan offers a one-stop service from design, production, and after-sales service. We can customize Liquid to Air Thermoelectric Coolers Assemblies with various power, size, and interface options to meet your specific needs. Whether for standard applications or specialized environments, we provide reliable, efficient, and cost-effective temperature control solutions. If you require assistance with model selection, sample requests, or custom development, please feel free to contact us. We will be happy to assist you.
In China, as part of the X-Meritan supply chain, Liquid to Air Thermoelectric Cooler Assemblies are active temperature control devices. Their core function is to actively transfer heat from an object or space to the external environment through liquid circulation and air cooling, achieving precise cooling or heating.
Quality Management System Certification: ISO9001:2015
Environmental Management System Certification: ISO14001:2015
Product Safety Certifications:
CE (EU Declaration of Conformity)
RoHS (EU Restriction of Hazardous Substances)
UL (Underwriters Laboratories, Inc., USA, certified for select models)
National High-Tech Enterprise
Specialized and Innovative Small and Medium-Sized Enterprise
Multiple Invention and Utility Model Patents
We provide professional technical consulting and solution design to help customers select the product model that best suits their application needs. We can also provide customers with quick sample production to facilitate testing and verification. To meet customers' specific needs, we offer a full range of custom development services, from design and prototyping to testing. We provide a standard product warranty and offer free repair or replacement during the warranty period.
The cold end heat absorption block of Liquid to Air Thermoelectric Coolers Assemblies is usually made of metal materials with good thermal conductivity (such as copper or aluminum) and has a precisely machined liquid flow channel inside. It is in direct contact with the surface of the object that needs to be cooled and absorbs heat. The thermoelectric cooling module, as the core of the component, is composed of many P-type and N-type semiconductor couples. When direct current passes through, a temperature difference will be generated at both ends of the module. The hot end radiator is located at the hot end of the thermoelectric module and is responsible for transferring the heat generated by the module. The cooling fan is installed on the hot end radiator to quickly take away the heat from the radiator. There is also a small, low-noise pump responsible for driving the coolant to circulate in the cold end heat absorption block and external pipelines. Finally, the temperature sensor and controller are used to monitor the temperature in real time and control the temperature.
