The core part of the high-pressure reactor is a (ring-shaped) strong magnetic coupling, sealing, and stirring loader. A plurality of magnetic steel rings are made into two strong permanent magnets inside and outside; the inner magnetic steel body is sealed in the sealed cylinder body made of stainless steel and connected to the stirring part. Sealing cylinder and kettle cover, kettle body, fastening connection form a static sealed chamber, so that the reaction medium is completely in a static sealed state, without any leakage, pollution and personal danger; the speed regulating motor of the autoclave drives the outer magnetic steel body, The strong magnetic force passes through the stainless steel sealed cylinder body without contact, and the strong magnetic force of the inner magnetic steel body sealed in the sealed cylinder body, attracts each other, and self-positioning acts on the axial rotary traction, performing high temperature and high pressure stirring. reaction.
The autoclave has the features of static sealing, no leakage, no noise, no pollution, stable operation, simple operation, sturdiness and durability, and a compact structure, so it can react under conditions of high temperature, high pressure, high vacuum, high rotation speed, suspension, and convection. The medium is completely in the state of static sealing, and the highly efficient reaction of flammable, explosive, highly toxic, hydrogen, hydrofluoric acid and other harsh media is safely performed.
The unique self-lubricating shaft sleeve of the high-pressure reactor is resistant to high temperature and high pressure, corrosion and abrasion resistance, and avoids secondary pollution to ensure material purity. It is suitable for gas/liquid/solid mixing, suspension, convection, high viscosity materials, and high-speed stirring. reaction. All the sealed parts of the autoclave are sealed by a wire, so there is no leakage problem in the whole equipment . There are two ways of feeding materials into and out of the autoclave, which shortens the mixing time and strengthens the reaction process. It is the preferred device for developing test products.
The scope of application of high pressure reactors, autoclaves, high pressure reactors, suitable for universities, experiments, petrochemicals, dyes, metallurgy, nanomaterials, polymer reactions, hydrothermal synthesis, hydrogenation, defense technology, pharmaceutical food, cigarette industry , ceramics, polymer industry, fine chemicals, microbiology engineering, hi-tech products and other fields.
