The laboratory miniature high-pressure reaction synthesis kettle is a gas-liquid, liquid-liquid, liquid-solid or gas-liquid-solid three-phase stirring reaction device for chemical reaction of chemical materials, which can make various chemical materials under higher pressure and vacuum , Stir fully at temperature to enhance the mass transfer and heat transfer process. It has a static seal, no leakage, no exposed rotating parts, no need for force in operation, and the kettle body and heater can be completely separated, which greatly facilitates the disassembly of small high-pressure reactors and improves work efficiency.
Environmental characteristics: Provide a non-magnetic environment stirring reaction inside the reactor to solve the magnetic problem of domestic bottom magnetic stirring.
Stirring method: Top-entry soft drive magnetic coupling mechanical stirring, forward and backward stirring, no exposed rotating parts, high speed and stability, preventing the accidental leakage of low boiling point gas vapor or flammable gas and the explosion hazard of the motor circuit. It can be used for magnetic material testing. .
Sealing technology: Double-A general technology, D-type labor-saving technology, which solves the sealing leakage problem of traditional reactors.
Alarm control: The heating power is automatically cut off when over temperature, which adds a layer of protection to the safety of the reactor.
Safety design: Explosion-proof valve, front-of-safety sentry, adds another level of safety to the test safety environment.
Stirring motor: brushless high-power motor, powerful, high-speed and stable.
Timing design: Timing control and query, unattended, saving valuable time for test personnel.
Gas inlet valve: The gas inlet needle valve is reliable in quality. It uses a stainless steel handle to solve the disadvantages of black plastic round handles that are not corrosion-resistant and easy to aging.
Sampling valve: It is convenient to take samples and analyze the reaction process at any time during the reaction process. The stainless steel handle is used to solve the disadvantages of the black plastic round handle that is not resistant to corrosion and easy to age.
Exhaust valve: It is convenient for vacuum treatment of the system and the use of replacement gas before the reaction. After the reaction, it is used as a vent valve. The stainless steel handle is used to solve the disadvantages of the black plastic round handle that is not resistant to corrosion and easy to aging.
Temperature probe: It adopts internal and external dual temperature sensor design, which can know the peripheral temperature of the reactor body, and can also be inserted into the small high-pressure reactor body to monitor the reaction temperature in real time.
Temperature control system: Prevent temperature overshoot and increase the success of the test.