Semiconductor  cooler’s Product Features

1. No mechanical moving parts: Utilizing the Peltier effect, it contains no compressor-type mechanical components, ensuring silent operation, vibration-free performance, high reliability, and extended lifespan.

2. Compact size and flexible design: Measuring just 30×34×23.4 mm, it fits space-constrained environments. Modular or custom configurations accommodate diverse installation requirements.

3. Rapid cooling/heating conversion: Instantly switches modes by reversing current polarity, delivering swift response for high-precision temperature control applications.

4. Environmentally friendly: Refrigerant-free design prevents leakage pollution and complies with eco-friendly standards.

Semiconductor  cooling plate’s Refrigeration capacity

Compact in size (30*34*2.34mm), the refrigeration capacity is relatively limited and is related to size, materials, and working current. It is suitable for local cooling of small electronic devices with low refrigeration capacity requirements.

Factors affecting actual refrigeration effect

1. Heat dissipation conditions: Poor heat dissipation at the hot end will significantly reduce the refrigeration effect. Insufficient heat dissipation area and poor ventilation will make it difficult for the cold end to cool down, and even prevent normal operation.

2. Working current and voltage: Insufficient current leads to weak refrigeration, while excessive current will cause overheating and damage. Precise voltage and current must be provided according to the specification sheet.

3. Environmental temperature: The higher the environmental temperature, the greater the heat load, and the worse the refrigeration effect. The performance in high-temperature environments will be weaker than in normal temperature environments.

Semiconductor cooling fin‘s Product Application

1. Electronic Device Cooling: Used for computer CPUs, graphics cards, servers, etc., providing localized cooling for heat-generating components to ensure stable operation, enhance performance, and improve reliability.

2. Medical Equipment: Compatible with cryotherapy devices, biological sample storage units, and similar equipment, delivering precise temperature control to ensure safe and effective medical procedures.

3. Automotive Applications: Installed in car seats, in-vehicle refrigerators, and other automotive components to enhance passenger comfort and ensure proper functioning of onboard devices.

4. Laboratory Instruments: Delivers stable low-temperature environments for precision instruments, ensuring accurate experimental results.

5. Consumer Electronics: Used in portable coolers and mini-refrigerators, offering convenient cooling solutions for daily and outdoor refrigeration needs.