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96

CHILLERS

FOR REACTION PROCESS
in Chemical and Biopharmaceuticals


-150℃~5℃

Water Cooling Chillers & Air Cooling Chillers

DYNAMIC TEMPERATURE CONTROL SYSTEMS

SUNDI/WTD/HR SERIES

-120℃~350℃

SEMICONDUCTOR TESTING

-85℃~100℃
CAN BE CHOOSE WATER COOLING & AIR COOLING

Working Principle

  • Does not need to be connected to the cooling tower and is suitable for environments with low impurity content. Impurities can easily mix in the cold water tower, and dust can cause blockage in the cooling water circulation circuit, leading to a decrease in cooling capacity.
  • The air-cooled chiller is most suitable for areas with poor water quality, which can save other accessories such as cold water towers.
  • The use of large capacity condensers makes operation easier and more convenient.
  • The footprint is greatly reduced, making installation very convenient.
  • The air-cooled chiller unit adopts an upper air outlet design.

  • The box type evaporator is equipped with an automatic water replenishment device, which is easy to install and maintain and suitable for special occasions such as large temperature differences and small flow rates.
  • The water-cooled condenser adopts the latest high-efficiency externally threaded copper pipes, which have a large heat dissipation capacity. It adopts the latest CAD/CAM processing technology and is manufactured in cooperation with CNC machining centers, with a compact structure, high efficiency, and energy saving.
  • Industrial chiller unit configuration: equipped with a microcontroller control system, built-in compressor dryer filter and expansion valve, maintenance manual valve interface and other devices, ensuring reliable and safe operation of the machine and convenient maintenance.
  • The multifunctional operation panel of the industrial chiller unit is equipped with an ammeter, control system fuse, compressor on/off button, water pump on/off button, electronic temperature controller, various safety and security fault lights, as well as unit startup and operation indicator lights, making it easy to operate and use.
CHILLER Gas Cooling

AES series Thermal Stream

The output airflow hood of the test machine encloses the test product to create a relatively sealed test environment. By directing high or low-temperature airflow onto the test product, it induces rapid surface temperature changes, enabling precise high and low-temperature shock testing.


This approach allows targeted testing of individual ICs or specific components without affecting surrounding parts. Compared to traditional thermal shock chambers, it offers significantly faster temperature shock rates, enhancing efficiency and precision in testing.

-120 °C ~ +300 °C

Temperature range:

-55 °C ~ 150 °C < 10 seconds

The temperature rise and fall is very fast

±0.1 °C

Temperature control accuracy

25m3/h

Maximum air flow