High-pressure reactor

  High-pressure reactor Suitable for special gas purification in biopharmaceutical, chemical, and other industries. As one type of reactor, made of stainless steel. High-pressure reactor They are more robust than glass reactors and therefore are more commonly used in industrial production. They consist of a mechanical stirrer or a magnetic drive system, a cooling system, safety devices, a heating system, and other components. High-pressure reactor The main body is typically made of conventional steel or lined materials. There are many different types of reactors, each varying in terms of the reaction vessel, stirring mechanism, heating method, shaft seal design, vessel volume, and the materials used for temperature and pressure control. High-pressure reactor Typically possesses the following six main characteristics:

1. The compact sheath design reduces the amount of silicone oil used and increases the system’s operating temperature. The heating response is rapid, effectively eliminating any lag in reaction temperature control. A scientifically optimized diameter ratio expands the heat-transfer surface area of the reactor’s main body. A specially formulated material composition gives the vessel excellent thermal conductivity.

2. High-pressure reactor The bottom discharge design with no dead corners allows for thorough mixing of liquids in the reaction vessel while also making it easy to clean the reactor body, thereby preventing cross-contamination between different liquids.

3. High-pressure reactor It can ensure that the spring-loaded bottom valve will not leak any information when the temperature ranges from -90 to 200°C.

4. The temperature control interface uses a stainless steel threaded linear seal to prevent high-temperature expansion ratios caused by leakage of the temperature-controlled circulating medium. High-pressure reactor The interface between different materials caused by the shrinkage rate.

5. When selecting electromagnetic sealing, the container should be reinforced to prevent air from entering the top of the mixing vessel, where weakly volatile and highly corrosive gases are being stirred.

6. A jacket with a deflector can be selected to ensure that the heat-transfer medium flows in a turbulent manner, thereby enabling thorough and efficient control of uniform heat exchange and achieving highly effective and accurate temperature control.