TCU temperature control system production

Stainless steel TCU temperature control system：

The chemical synthesis constant temperature refrigeration and heating cycle device in the pharmaceutical and chemical industry is a common equipment in the pharmaceutical, chemical, scientific research, and laboratory reaction processes. It generally heats the thermal oil inside the jacket of the reaction kettle to indirectly transfer heat energy to the materials inside the kettle, thereby controlling the temperature of the reaction materials. Its high operating temperature can reach 350 ℃. The integrated refrigeration, heating, and temperature control machine can be matched with different reaction vessels for refrigeration, heating, and temperature control. The materials of the reaction vessels include glass reaction vessels, double-layer glass reaction vessels, stainless steel reaction vessels, enamel reaction vessels, resin reaction vessels, etc. The integrated refrigeration, heating, and temperature control machine is matched with a reaction kettle for refrigeration, heating, and temperature control. Generally, a medium is used for refrigeration and heating control, and temperature accuracy needs to be taken seriously.

Stainless steel TCU temperature control systemStructural design principles and functional advantages:

At high temperatures, no thermal conductive medium evaporates, and continuous temperature control can be achieved at -80~190 ℃, -70~220 ℃, -88~170 ℃, -55~250 ℃, and -30~300 ℃ without the need for pressure;

Adopting a fully enclosed pipeline design, it reduces the demand for heat transfer fluid while improving the system's heat utilization efficiency, achieving rapid temperature rise and fall. The thermal conductive medium in the expansion container does not participate in circulation, which can reduce the risk of moisture absorption and volatilization of the thermal conductive medium during operation;