High Pressure Reactor
High-pressure reactor is a typical innovation of magnetic drive device used in reaction equipment. It fundamentally solves the problem of shaft seal leakage which can not be overcome by packing seal and mechanical seal before. It has no leakage and pollution. It is the most ideal device for chemical reaction at high temperature and high pressure in China, especially for chemical reaction of flammable, explosive and toxic media. Out of its superiority.

Basic introduction
The material of autoclave body of high-pressure reactor is mainly made of stainless steel, and titanium (TA2), nickel (Ni6) and composite steel plates can be made according to different medium requirements. The structure of autoclave body includes flat cover, convex cover and closed reactor body with human holes. The opening of autoclave cover can be designed according to user's requirements. The heating method includes jacket steam, jacket hot oil electric heating and other forms for users to order. Arbitrary selection. The surface of the autoclave body with polishing requirements can reach above mirror polishing level, and the material with high viscosity can be processed into conical bottom, which is convenient for discharging and cleaning.

Intelligent High Pressure Reactor
The magnetic drive device is the core technology for mixing materials in high-pressure reactor, and it is a necessary component for designing a pressure exceeding 50 bar. After the patent was published, it became the industry standard of pressure mixing equipment.
The magnetic transmission device will seal the parts used for stirring in the pressure environment, so as to completely solve the reliability of the dynamic seal between the stirring shaft and the reactor. Because the basic manufacturing materials of magnetic transmission devices are ferromagnetic materials (ferrous alloy, nickel-based alloy), the magnetic permeability is excellent, and the magnetic field passes through the alloy layer used for sealing almost no loss. The rotating magnetic field generated by the external driving permanent magnet can be effectively accepted by the internal permanent magnet rotor, and then drive the stirring parts in the reactor to mix materials.