As a long-standing professional manufacturer of High Cooling Capacity TE Coolers For Industrial applications, X-Meritan is committed to providing solid technical support. We believe that the best products come from close communication and collaboration. Our factory doors are open to you. We not only provide standardized, high-quality products, but also offer customized R&D and production services tailored to your specific needs.
In China, X-Meritan offers High Cooling Capacity TE Coolers for Industrial Applications. These products undergo rigorous quality and reliability testing to ensure compliance with recognized quality system standards. Each batch of TECs is custom-manufactured to exacting customer specifications and inspected according to customer-approved testing procedures to ensure stable performance and reliable quality. We welcome inquiries and collaborations from all walks of life.
We meticulously optimize material selection, structural design, and sealing processes to provide specialized thermoelectric coolers (TECs) with a high C index. These are designed for long-term stable operation under temperature cycling conditions. They can withstand rapid temperature fluctuations on one or both sides of the cooler, up to hundreds of thousands of cycles, while maintaining excellent performance and structural stability.
1. Located on either side of the semiconductor material layer, the thermally conductive substrate transfers heat from the cold end to the hot end. The substrate material is typically a ceramic or metal with high thermal conductivity.
2. The electrode layer connects the semiconductor material to an external power source, providing current to drive the Peltier effect. The conductivity and durability of the electrode are crucial to the long-term stability of the TE cooler.
3. A heat sink, fan, or liquid cooling system quickly dissipates heat from the hot end to the surrounding environment, maintaining a low temperature at the cold end. This directly impacts the overall performance of the cooler.
4. The encapsulation shell protects internal components from the external environment while also providing mechanical support and electrical insulation.
Industrial electronics and telecommunications
Thermoelectric cooling systems for cabinets and electronic equipment blocks
Temperature control systems for key components of various lathes and machines
Heat flow probes
Production of semiconductor integrated microchips;
Laser equipment
Medical devices
Transportation
Food industry
Special equipment
