Function: High/low temperature circulation units are commonly used in conjunction with reaction vessels for chemical synthesis. Thermal fluid provides precise heating, cooling, and constant temperature control for the reaction containers.

Common Applications: Biopharmaceuticals, pesticide synthesis, scientific research and experiments, fine chemicals, aerospace, and automotive component testing, etc.

Function: Temperature Control Units (TCUs) utilize thermal fluid as a heat transfer medium to deliver stable heating, cooling, or constant temperature environments for industrial processes requiring precise thermal management.

Common Applications: Chemical and pharmaceutical industries, plastics and rubber manufacturing, die-casting, new energy, electronics, etc.

Function: With their outstanding thermal stability and heat transfer efficiency, high/low-temperature thermal fluids serve as an ideal medium for simulation testing in environmental test chambers, enabling broad temperature range coverage and highly precise temperature control.

Common Applications: Pharmaceuticals, aerospace, automotive industry, new energy, semiconductors, chemicals, new materials, and other fields.

Function: Glass reactors are typically used in conjunction with high/low-temperature circulation units. Thermal fluid circulates through the jacket to achieve precise temperature control of the reaction materials.

Common Applications: Biopharmaceuticals, pesticide synthesis, scientific research experiments, fine chemicals, etc.

Function: Heat exchange is achieved through a jacket or coil using thermal fluid, ensuring uniform and stable temperature distribution within the reactor vessel.

Common Applications: Biopharmaceuticals, pesticide synthesis, scientific research, chemical processing, etc.

Function: Thermal fluid provides precise heating and cooling for processes such as bio-fermentation and cell culture, enabling accurate control of the reaction temperature.

Common Applications: Biotechnology, pharmaceuticals, scientific research experiments, etc.

Function: Utilizing a refrigeration cycle and the phase change of refrigerants, thermal fluid transfers heat from one location to another, enabling efficient cooling.

Common Applications: Process cooling, product and environmental testing, low-temperature storage and preservation, air conditioning and refrigeration, etc.

Function: Under low-temperature and vacuum conditions, thermal fluid drives the circulation pump within the freeze dryer, providing precise and uniform heat to the material to facilitate moisture sublimation and achieve deep product drying.

Common Applications: Biotechnology, scientific research experiments, food processing, fine chemicals, etc.

Function: Serving as a heat transfer medium for precise temperature control in chemical synthesis processes, thermal fluid meets the demands of heating, cooling, and maintaining constant temperatures in batch reactor operations and other industrial processes.

Common Applications: Chemical industry, pharmaceuticals, biotechnology, laboratories, scientific research, industrial manufacturing, new materials industry, etc.

Function: The distillation column uses a fluid as the heat transfer medium, providing indirect, uniform, and precise heating through a closed-loop circulation system, which partially vaporizes the materials inside the column, thereby achieving efficient separation.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: Fractionating Column uses a fluid heat transfer medium to separate close-boiling mixtures via repeated vapor-liquid contact, achieving multi-stage distillation: low-boilers at top, high-boilers at bottom.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: Thermal oil heater rapidly heats oil in a closed-loop system and circulates it to downstream equipment (e.g., reactors, calenders, ovens), providing stable, precise indirect heat with automatic temperature control for energy efficiency.

Common Applications: Petroleum & chemical, new energy & advanced materials, textile & chemical fiber, oils & fats / food, building materials & road construction, plastics & rubber, wood & paper, pharmaceuticals & fine chemicals, etc.

Function: Heat exchange is achieved through a jacket or coil using thermal fluid, ensuring uniform and stable temperature distribution within the reactor vessel.

Common Applications: Biopharmaceuticals, pesticide synthesis, scientific research, chemical processing, etc.

Function: Asphalt heater uses high-temperature thermal oil for uniform, precise heating to melt solid asphalt into liquid (pumping/construction), control prevents aging/coking, supports tank heating and pipe tracing at atmospheric pressure.

Common Applications: Road construction and maintenance, building waterproofing engineering, ports and large-scale storage and transportation bases, etc.

By leveraging the precise temperature control capability of constant temperature oil baths,high- or low-temperature reactions can be accurately managed for safer, more reliable,and efficient chemical synthesis and process development.