· Users can achieve a sealed and repeatable temperature control within a wide temperature range, enabling temperature control from -20°C to 300°C (optional). 
· Eliminates the need for the replacement of traditional equipment facilities and jacket maintenance; the small fluid volume ensures a quick response of the control circuit with minimal thermal reaction delay.
· The built-in electric heating heat-conductive oil auxiliary system can automatically activate the auxiliary heating system as needed, reducing steam usage pressure. It can accurately match various heat demands through rapid operation to achieve energy-saving purposes. 
· Controls the entire reaction process temperature through fast calculations, providing rapid response control for exothermic and endothermic reactions during the entire reaction process.
· Standardized interfaces are reserved for adding hot and cold source heat exchange modules based on actual needs.
· Options include controlling the reaction process temperature and the temperature of a single fluid. The temperature difference between the reaction process temperature and the heat-conductive single-fluid temperature is adjustable and controllable. 
· Multiple coiled heat exchangers are built-in, made of stainless steel for corrosion resistance, high-pressure resistance, and high heat transfer efficiency. 
· Adopts a fully enclosed pipeline design for formula management and production process recording. 
· Uses the system feedback temperature as the signal source; the controller calculates and provides actuation instructions to the electrically adjustable valve, controlling the flow of low-temperature liquid into the jacket of the reaction vessel to achieve efficient control. 
· Each temperature control module employs a separate PLC system for temperature control of the reaction vessel. The temperature control modules are installed in explosion-proof areas (electrical, instrumentation, etc., meeting explosion-proof requirements Ex dI IBT 4/Ex dI ICT 4). 
· The controller uses a feedforward adaptive programmable controller, providing precise control of the material temperature in the reaction vessel. The system does not overshoot or oscillate during the control process, with a temperature control accuracy of ±0.5°C.