Thermoelectric Cooling

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Thermoelectric Cooling technology is based on the thermoelectric effect of semiconductor materials. When an electric current passes through the point of contact between two different types of semiconductor materials, the electrons in these materials transfer energy due to the temperature difference. This phenomenon is called the thermoelectric effect. Using this effect, heat energy can be transferred from one side to the other, thereby achieving a cooling effect.

Thermoelectric Cooling technology has broad application potential in multiple fields. One of the most important applications is the cooling of electronic equipment. As electronic devices continue to evolve and develop, their integration and power consumption are also increasing, so the need for cooling is becoming more and more urgent. Thermoelectric Cooling technology can provide efficient cooling effects for electronic equipment and help maintain the normal operating temperature of the equipment. In addition, it can also be used in optical devices, lasers, biomedicine, aerospace and other fields.

Compared with traditional refrigeration technology, Thermoelectric Cooling technology has obvious advantages in energy efficiency and environmental sustainability. First of all, Thermoelectric Cooling technology has a high energy conversion rate, which can convert electrical energy into cooling effect and reduce energy waste. Compared with traditional compressor refrigeration technology, Thermoelectric Cooling technology is more energy efficient, can provide better cooling effects, and reduce energy consumption.

Secondly, Thermoelectric Cooling technology does not use traditional refrigerants, such as hydrofluorocarbons (CFCs) and hydrofluorocarbons (HFCs), which have a negative impact on the destruction of the atmospheric ozone layer and the greenhouse effect. In contrast, Thermoelectric Cooling technology uses non-toxic, non-polluting materials such as semiconductor materials such as silicon and germanium, thereby reducing adverse environmental impacts. This makes Thermoelectric Cooling technology an environmentally friendly cooling solution.

Although Thermoelectric Cooling technology has many potentials and advantages, it still faces some challenges in its widespread application, one of which is cost. Currently, the manufacturing cost of Thermoelectric Cooling technology is high, which limits its popularity in large-scale applications. However, with the continuous advancement of technology and the expansion of production scale, it is believed that manufacturing costs will gradually decrease, making this technology more competitive.

In addition, Thermoelectric Cooling technology requires more research and innovation to improve efficiency and reliability. For example, improving the characteristics and thermoelectric conversion efficiency of semiconductor materials, optimizing the design and structure of refrigerators, etc. This will require close collaboration between academia, industry and government to jointly promote the development of Thermoelectric Cooling technology.

As electronic devices continue to be updated and miniaturized, the need for efficient cooling will continue to grow. Thermoelectric Cooling technology can provide efficient and reliable cooling solutions for electronic equipment.

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Enfriadoras de precisión / Enfriadoras pequeñas

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El enfriador puede utilizarse ampliamente en diversas industrias y laboratorios, y admite diseños personalizados.

Enfriadoras de recirculación

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Nuestro enfriador de recirculación adopta tecnología de refrigeración de baja temperatura, la temperatura es tan baja como -120℃, y varios accesorios son personalizables.

Refrigeradores de baja temperatura

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Estamos especializados en la producción de refrigeradores de baja temperatura con un rango de control de temperatura de hasta -150°C, que pueden satisfacer las necesidades de refrigeración de diferentes industrias.

Enfriadoras para pruebas en automoción

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Simulación de temperatura para pruebas de calidad de vehículos: prueba de duración de baterías, banco de pruebas de inyectores/motores de combustible, prueba de airbags, banco de pruebas de componentes, etc.

Enfriadoras para semiconductores

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Adecuado para el control preciso de la temperatura de los componentes electrónicos. En la fabricación de componentes electrónicos semiconductores para entornos adversos, las fases de ensamblaje de embalajes de CI y de pruebas de ingeniería y producción incluyen pruebas térmicas electrónicas y otras simulaciones de pruebas ambientales.

Refrigeración líquida para sistemas de almacenamiento de energía en baterías

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Serie ZLFQ

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Unidad de distribución de refrigerante

El equipo de refrigeración líquida es adecuado para pruebas de semiconductores, pruebas de temperatura constante de equipos electrónicos, infraestructura de soporte de servidores de refrigeración y otros lugares de control de temperatura de fluidos.

Serie de mandriles térmicos MD

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Se utiliza para probar dispositivos de radiofrecuencia y dispositivos de potencia de alta densidad (IGBT y MOSFET), y también puede utilizarse para el enfriamiento rápido de paneles planos de laboratorio (plasma, productos biológicos, baterías), etc.

Refrigeradores de tornillo (Diseños a medida)

Refrigeradores de tornillo de baja temperatura y refrigeradores de tornillo a temperatura ambiente