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  • Efficient production stability and reproducible results;
  • Using plate heat exchangers and pipe heaters to increase cooling and heating rates;
  • Very wide temperature range, no need to change the liquid medium;
  • Fully closed system to extend the life of thermal fluid;
  • Using magnetic drive pump, there is no shaft seal leakage problem;
  • High-temperature cooling technology, 300 ℃ directly turns on the compressor to cool down.

high pressure reactor; double-layer glass reactor; double-layer reactor; constant temperature control of microchannel reactor and other processes; temperature control of distillation system; low temperature and high temperature aging test of materials; constant temperature control of combined chemistry; cooling and heating of semiconductor equipment; vacuum chamber refrigeration Heating with thermostatic control. Suitable for various reactors (microchannel, glass, jacketed reactors, etc.), distillation or extraction systems, laboratories, universities, research institutes, aerospace, automotive industry, semiconductor and electrical testing, chemistry, pharmaceuticals, petrochemicals, biochemicals , medical, hospitals, R&D workshops, aerospace and biological industries.

It can not only control the temperature of the heat transfer medium, but also control the temperature of the reaction material.

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chemical, pharmaceutical, petrochemical, biological and other industries, large-scale production-level temperature control requirements, such as various reactors, distillers, extraction systems, fermentation tanks, etc. for pilot plant, pharmaceutical and chemical plant production.

TCU temperature control systems use existing thermal energy (such as steam, cooling water, and cryogenic liquids—the “primary system”) infrastructure to be integrated into single fluid systems or secondary loops used to control the temperature of process equipment.

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Can be used for cooling the heating part of the semiconductor manufacturing device, cooling the heating part of the laser device, and cooling the heating part of the analysis and detection machine. Some models are specially upgraded, not only for cooling but also for heating, and the temperature control range can reach 5℃ to 50℃

Temperature control range is 5℃ to 35℃, the temperature of the heat-conducting liquid can be adjusted, and the temperature control accuracy is high.

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Widely used in chemical, pharmaceutical, biochemical and other industries in the field of low temperature reaction, refrigeration speed, safety and reliability. The company developed a direct-cooled ultra-low temperature chiller, using international brand compressors Carrier, using automatic cascade refrigeration mode and mixed refrigerants, within 3 minutes can be refrigerated to minus 120°C.

The product adopts the international brand compressor Carlyle, which is small in size and high in efficiency. The single compressor can realize the temperature control of -152 °C, and the ultra-low temperature refrigeration technology is at the international advanced level.

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  1. Compressor: In industrial chiller systems, the compressor is the power that ensures refrigeration. The compressor is used to increase the pressure of the refrigerant in the system, allowing the refrigerant to circulate in the refrigeration system to achieve the purpose of refrigeration.
  2. Condenser: The high-temperature and high-pressure Freon in the refrigeration system enters the condenser after coming out of the compressor, releasing a large amount of heat into the cooling medium, which is then cooled and liquefied.
  3. Evaporator: When the Freon liquid in the refrigeration system enters the expansion valve for throttling and is sent to the evaporator, it belongs to the evaporation process. At this point, it needs to absorb a large amount of heat to gradually reduce the valence and mass temperature, in order to achieve refrigeration and cooling effects.
  4. Expansion valve: In the refrigerant system flowchart of industrial chillers, we found a small section between the outlet of the condenser and the inlet of the evaporator, called a thermal expansion valve. It is a throttling and pressure reducing component used to reduce the condensation pressure of the refrigerant to the evaporation pressure. Therefore, its role in refrigeration systems is crucial. It is connected to the refrigeration compressor, evaporator, and condenser. It is also known as the four components of a refrigeration system.
  5. Other accessories: including drying filters and high and low pressure controllers. The drying filter is not removable. The internal structure adopts a molecular sieve structure, which can remove a small amount of impurities and water in the pipeline, thereby purifying the system. High pressure and low pressure controllers play a protective role in refrigeration systems.

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Temperature Control :-120℃~350℃

Temperature Control: -40℃~100℃

Temperature Control: -85℃~250℃