Laboratory reactor manufacturer

       A laboratory reaction kettle is a container used for chemical reactions, which requires simple operation, convenient use, lightweight structure, and easy retrieval and placement.
       characteristic
       Containers used for chemical reactions in industrial production! It comes in various shapes and is suitable for various reaction conditions! In terms of material, temperature, pressure and other indicators, they also vary according to specific needs. Overall, the kettle is relatively short and thick! There is also a synthesis tower, which actually functions the same as a reaction kettle, but the tower is taller and has a smaller diameter! Because it is a pressure vessel and the internal medium can undergo violent reactions, it is a relatively dangerous reaction vessel.
       Function: Synthesize various types of resins, such as computer motherboard substrates, spray painted photos, and other materials, which are synthesized in a reaction vessel and then processed. In simple terms, they are chemical reaction containers.
       technical parameter
       1. Volume specification: 0.25L-5L, design pressure: 0-35Mpa, operating temperature: 450 ° C, stirring speed: 0-100rpm, stepless speed regulation
       2. The laboratory reactor is made of Hastelloy B2 material, and all contact materials are made of Hastelloy alloy, including various valve pipelines.
       3. The laboratory reaction kettle adopts a fast opening structure, which has functions such as the kettle body descending and tilting mechanism.
       4. The component layout of the laboratory reactor is reasonable, the structure is compact, and the installation and operation are extremely convenient.
       5. The safety valve adopts a burst diaphragm, with small burst numerical error and fast instantaneous exhaust speed, ensuring safety and reliability.
       6. Adopting needle valve and reciprocating switch structure, durable and reliable sealing. All types of valves are installed reasonably, with smooth discharge and no dead corners. Install a connecting valve at the feeding port for convenient feeding. The opening of the kettle cover is as shown in the design drawing, and the external connecting pipe of the spare port is bent by about 120 degrees to facilitate the connection of hoses and other equipment.
       7. Install a discharge valve to reduce the number of lid openings and facilitate discharge. The discharge valve is a downward expansion valve, which ensures no dead corners during mixing.
       8. The reactor is equipped with a pressure backup valve that can adjust the pressure of 1-5 megapascals to achieve controllable and balanced pressure inside the reactor.
       9. There are 6 heating rods in the laboratory reactor, with a total power of 2 kilowatts.
       10. This reaction kettle is equipped with a PID intelligent controller, which can achieve real-time display and remote control of temperature and speed, with a temperature control accuracy of plus or minus 1 degree.
       11. The reactor is equipped with all valves for the opening of the reactor cover.
       12. Mixing blade: Add a push type blade to the spiral belt mixing blade
       13. Tool configuration: Fork wrench.
       14. Mixing method: Strong magnetic stirring to enhance magnetic torque.
       15. Opening method: When the kettle cover is not moved, the kettle body falls. Open the quick opening snap ring, rotate the kettle body lifting mechanism to lower the kettle body to the bottom, and rotate the kettle body tilting mechanism. There is no need to remove the pipeline on the kettle cover every time the kettle is opened.