Product parameter list
Variety types
Self-developed production of a variety of different cooling capacity chiller, as well as temperature controllers, cold plate, air flow meter
High temperature control accuracy
Temperature control accuracy of TEC chiller is ±0.01℃ and compressor-type chiller is ±0.1°C
Multiple temperature control programs
Individual product Temperature controller + cold plate、Chiller + cold plate、Temperature controller + cold plate + chiller
Customized development
Different parameter parts can be replaced, different accessories and functions can be added, and special sizes can be customized
One-stop service
Design, sales and after-sales service covering 50+ locations worldwide，service to every customer
Prompt after-sales response
Rapid response within 48h for customer's after-sales demands
Product Certification
Product Principle and Characteristics
TEC chiller
Compressor-type chiller
Compact size
Precise temperature control
Intelligent alarm
Remote control
The TEC chiller has a built-in thermoelectric cooler (TEC), which is a semiconductor device consisting of a number of tiny effective heat pumps. By applying a low-voltage DC current, heat will be transferred from one side of the TEC to the other, resulting in the phenomenon of one side of the TEC becoming cooler and the other hotter. Using multiple pairs of semiconductor connected in series to form a chiller unit, realizing the phenomenon of the temperature decrease, and realizing high-precision temperature control with its fast response and conversion of the hot and cold sides.
Stable performance
Precise temperature control
Rapid cooling
Energy conservation and environmental protection
The refrigeration system usually consists of a compressor, condenser, throttling element and evaporator. The compressor compresses the refrigerant gas and outputs high temperature and high pressure refrigerant, which is exothermic and liquefied into normal temperature and high pressure liquid through the condenser, and then enters into the throttling element to make the refrigerant's pressure and temperature drop at the same time. After being throttled refrigerant into the evaporator, to absorb the heat of the cooled object, and then the refrigerant is inhaled and compressed by the compressor and so on. The refrigerant is repeatedly compressed, condensed, expanded and evaporated in the refrigeration system, and continuously absorbs heat and vaporizes at the evaporator to cool down the temperature.
