Crystallization process:

• Promote crystallization under low temperature conditions to improve the purity and yield of crystallized products.
• Applicable to the crystallization of pharmaceutical intermediates, fine chemicals, etc.

Dissolution process:

• Accelerate dissolution under high temperature conditions to improve dissolution efficiency.
• Applicable to the dissolution of raw materials, polymers, etc.

Chemical synthesis:

• Carry out chemical reactions under different temperature conditions to improve the selectivity and yield of the reaction.
• Applicable to organic synthesis, inorganic synthesis, etc.

Material science:

• Prepare new materials under different temperature conditions and explore material properties.
• Applicable to the research of nanomaterials, composite materials, etc.

Heating unit:

• Electric heater: Heat the heat transfer medium by resistance heating.
• Heating power: Select the appropriate heating power according to the required heating rate.

Cooling unit:

• Refrigeration unit: Cool the heat transfer medium to the required temperature through compressor refrigeration.
• Condenser: Cool and liquefy the high-temperature and high-pressure gas discharged from the compressor.
• Expansion valve: Adjust the flow rate of the refrigerant to achieve fine control of the temperature.

Circulation pump:
•Circulate the heat transfer medium between the heating/cooling unit and the reactor to ensure uniform temperature distribution.

Temperature control system:
•PID controller: achieve high-precision temperature control.
•Temperature sensor: installed at key locations to monitor temperature in real time.

Safety protection device:
•Includes over-temperature protection, over-pressure protection, leakage detection, etc. to ensure safe operation of the system.

1. Wide temperature range:
   •Temperature range: -30℃ to 80℃.
   •Such a temperature range can meet a variety of process requirements from low-temperature crystallization to high-temperature dissolution.

2. High-precision temperature control:
   •Adopt PID controller or other advanced temperature control technology to achieve high-precision temperature control.
   •Control accuracy is usually ±0.1°C or less, ensuring temperature stability and consistency.

3. Heating and cooling capabilities:
   •Heating: Heat the heat transfer medium (such as thermal oil or water/ethylene glycol mixture) through an electric heater.

• Cooling: Cool the heat transfer medium to the required temperature through compressor refrigeration.
• Select the appropriate heating and cooling capacity to ensure that the required temperature change is achieved in a short time.

4. User interface:

• Touch screen or digital display: Intuitively display the current temperature, set temperature and other parameters.
• User-friendly operation interface: Easy to set and monitor temperature, support programming and data logging functions.