X-Meritan is your reliable China quality Air to Air Thermoelectric Coolers Assemblies supplier. We provide rugged and environmentally friendly Air to Air Thermoelectric Peltier Cooler solutions designed for precise temperature regulation in small spaces. As an elite manufacturer, X-Meritan ensures that every Air to Air Thermoelectric Cooling Units system meets unparalleled quality standards for global industrial and laboratory applications.
The quality Air to Air Thermoelectric Coolers Assemblies from X-Meritan function as high-efficiency electronic air conditioners that operate without compressors or refrigerants. By utilizing advanced semiconductor materials, these Air to Air TEC Peltier kits provide instant cooling and heating for precision equipment. We manufacture these assemblies in our specialized China factory to perform reliably under high-pressure, humid, or high-vacuum environments, offering a vibration-free and silent alternative to traditional mechanical cooling systems.
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Cooling capacity |
10W to 500W |
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Operating voltage |
DC 12V / 24V / 48V |
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Operating current |
1A to 10A |
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Temperature control accuracy |
±0.1°C to ±1°C (customizable) |
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Operating temperature range |
-40°C to +85°C |
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Air volume (cold end) |
20 CFM to 200 CFM |
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Noise level |
≤35 dB(A) |
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Dimensions (L×W×H) |
100×100×50mm to 300×300×150mm |
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Weight |
0.5kg to 5kg |
This Air to Air Thermoelectric Coolers Assemblies relies on solid-state semiconductor technology to achieve cooling, eliminating the need for bulky compressors and chemical refrigerants.
● Silent and Vibration-Free
It operates with almost zero noise, making it suitable for sensitive environments such as research laboratories, libraries, and medical facilities.
● Ruggedized for Extreme Conditions
It is specifically engineered to withstand temperature cycling, vibration, and high-vacuum environments without compromising structural integrity.
● Instant Thermal Response
It provides rapid cooling and precise temperature control, ensuring that key electronic components remain within their optimal operational range.
● Environmentally Friendly Design
It offers a green cooling solution by removing the risk of refrigerant leaks and reducing the mechanical wear associated with moving parts.
- Industrial Electronics and Telecom: Air to Air Thermoelectric Coolers Assemblies are used to regulate temperature within outdoor cabinets and electronic equipment blocks.
- Laboratory and Research: It is ideal for temperature-sensitive experiments requiring a quiet, stable environment free from compressor vibrations.
- Medical and Diagnostic Devices: It provides constant thermal management for precision medical instruments and transportation containers for biological samples.
- Semiconductor Processing: It is utilized in the production and testing of integrated microchips and laser equipment where precise heat flow control is mandatory.
- Specialized Transportation: It offers reliable cooling for food industry equipment and specialized lathes that operate under high-stress conditions.
What is the manufacturing and testing process for all cooling components?
1. 100% Module Verification
We start the process by testing every thermoelectric module for electrical resistivity, thermal conductivity, and the Seebeck coefficient using our custom-made testing system.
2. Advanced Material Validation
We measure the figure of merit to ensure that the semiconductors used provide consistent thermal and electrical properties before they are integrated into an assembly.
3. Solder Junction Integrity
We perform AC-resistance checks on the entire module to confirm that all internal solder connections—often exceeding 500 junctions per unit—are perfectly intact.
4. Leakage Prevention
We ensure that no dead modules enter the system, as a failed module would act as a path for heat leakage from the hot side back to the cold side, compromising efficiency.
5. Final Assembly Performance
We conduct rigorous stress tests to guarantee that the completed assembly can handle hundreds of thousands of temperature cycles across wide temperature ranges.
