Portable cooling device

This device is widely used in chemical, biological, and other experiments that require cooling liquid. It has a small volume, light weight, low water consumption, and is water-saving and environmentally friendly. It can provide circulating cooling liquid for experiments such as measuring saturated vapor pressure, drawing double wave boiling point composition diagrams, and thermal analysis. A portable cooling device is a lightweight and convenient cooling device designed to provide efficient and flexible cooling solutions for various scenarios that require rapid cooling or localized cooling. Equipped with high-precision temperature sensors and excellent temperature control system, it can achieve precise adjustment and control of cooling temperature. Users can freely set temperature values within a certain temperature range according to specific needs,

Product Overview

Product Features

1. portabilityCompact in size, lightweight, easy to carry and move around for use. Generally designed with a handle or backpack structure, it is convenient for users to quickly deploy in different locations, such as outdoor operations, emergency situations, temporary laboratories, etc. It can be easily used.

2. Rapid coolingAdopting an efficient refrigeration system, it can achieve rapid cooling in a short period of time. The target object or ambient temperature can be lowered to the desired temperature within a few minutes, greatly improving cooling efficiency and meeting emergency cooling needs.

3. Accurate temperature controlEquipped with high-precision temperature sensors and excellent temperature control system, it can achieve precise adjustment and control of cooling temperature. Users can freely set the temperature value within a certain temperature range according to specific needs, and the temperature control accuracy can usually reach ± 1 ℃ or even higher, ensuring the stability and reliability of the cooling effect.

4. Multiple cooling methodsThere may be multiple cooling methods available, such as air cooling, water cooling, or semiconductor cooling, to adapt to different application scenarios and cooling needs. For example, the air cooling method is suitable for cooling the air and can be used for local cooling or equipment heat dissipation; Water cooling method has better cooling effect and is suitable for occasions with high temperature requirements and large heat dissipation needs; Semiconductor refrigeration has the advantages of no refrigerant, no vibration, no noise, etc., and is suitable for some special applications with high environmental requirements.

5. safe and reliableThe design has multiple safety protection functions, such as overvoltage protection, overcurrent protection, leakage protection, high and low temperature protection, etc., to ensure the safety of the equipment during operation and prevent equipment damage or safety accidents caused by various abnormal situations. At the same time, high-quality materials and components are used, and strict quality inspection and reliability testing are carried out to ensure the stable operation and service life of the product.

6. Easy to operateEquipped with an intuitive operating interface, usually using LCD screens and touch buttons or knobs for operation, users can easily perform temperature settings, mode selection, parameter viewing, and other operations. The device also has good human-computer interaction function, which can display real-time information such as current temperature and operating status, making it convenient for users to grasp the operation status of the device.

7. Energy-saving and environmental protectionBy adopting excellent energy-saving technology and efficient refrigeration compressors, energy consumption is reduced while ensuring refrigeration efficiency, which meets the requirements of energy conservation and environmental protection. Meanwhile, somePortable cooling deviceWe also use environmentally friendly refrigerants, which are pollution-free to the environment.