Applications of Heater & Chiller Combo

 Heater & chiller combo is a device that uses different heat transfer media for dynamic temperature control process of fluid cooling and heating. It is often used for process temperature control equipment in pharmaceutical, chemical, new energy, semiconductor and other industries. It is generally used for reaction kettles, reaction Refrigeration, heating and temperature control of materials in experimental equipment such as evaporators, distillation and evaporators.

1. Semiconductor industry: It can be used for environmental testing of components and simulation testing of electronic components. In semiconductor production and testing of electronic devices, there are many processes that require accurate temperature control. The heater & chiller combo can be used for high and low temperature control tests.

2. New energy automobile industry: The requirements for temperature control in the automobile industry are generally in the test bench and material testing links. All automotive components are subject to high temperature fluctuations.

3. Aviation industry: It can be used for heat sink experiments, component environment simulation tests, and evaporative cooling environment simulation tests. The cyclic temperature change stress test of the heater & chiller combo ensures that the components used are free from failure.

4. Pharmaceutical industry: synthesis, hydrolysis, esterification, etherification and other processes that require temperature control. In the pharmaceutical industry, the temperature control of the different reactions plays a decisive role both in the quality of development and in the results of production. Thermostatic control of bioreactors plays a vital role in successful production. As an integral part of sample preparation, there are many production steps that require reliable temperature control equipment for temperature control.

5. Chemical industry: rectification purification, rubber crushing, cryogenic grinding, chemical synthesis. In many processes in the field of chemistry, such as chemical reactions, synthesis, production of basic components of pharmaceuticals, polymerization and crystallization are carried out in reactors with temperature control. Therefore, the temperature control of the reactor is a very important factor in the whole process.