High Pressure Reactor

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High Pressure Reactor

High pressure reactor is a typical innovation magnetic transmission device used for large reaction device, which solves the problems of seal packing seal, mechanical seal was unable to overcome the leakage from the root, no leakage and pollution, is a chemical reaction at high temperature under high pressure at present, the most ideal device, especially for flammable chemical reaction, explosive, toxic media, more show its superiority. The high-pressure reaction kettle body material adopts 1cr18Ni10Ti stainless steel production, and according to different requirements of media made of titanium (TA2), nickel (Ni6) and composite steel plate, a kettle body structure has closed reaction kettle body flat cover, convex cover and manhole cover, kettle holes Kegen according to user requirements for design; heating jacket jacket steam, hot oil electric heating, for users to order any matching. The kettle body surface finish requirements, can reach the mirror polish level and above, for high viscosity material processing into the conical bottom, easy feeding, cleaning.
Magnetic transmission device is the key technology for the realization of material mixing high pressure reactor, is must design pressure exceeds 50bar. Patent disclosure as high-pressure mixing equipment industry standard.
Magnetic transmission device will be true for stirring sealing parts under pressure, in order to solve the sealing reliability between the stirring shaft and the reactor. Because the basic material of magnetic transmission device are ferromagnetic materials (iron base alloy, nickel alloy), excellent permeability, magnetic field across the seal for the alloy layer with almost no loss. The external drive rotating magnetic field generated by the permanent magnet can be effectively interior permanent magnet rotor accept, then drives the stirring component inside the reactor for material mixing.
Matters needing attention:
At high pressure reactor to be used in the specified location, and operate in accordance with the instructions for use.
Identify the test pressure, the moment in the main container using the pressure and the maximum use temperature conditions, will be used in the range of the allowable conditions within the.
3) Pressure gauge used in the pressure, it is best to use at the indicated pressure 1/2. And often the pressure gauge and standard gauge were compared, corrected.
4) Oxygen pressure gauge, to avoid and other gas pressure gauge with.
5) A safety valve and a safety device to use other, through regular inspection to meet the requirements of the instrument.
6) We must pay attention to the operation, the thermometer to accurately inserted into the reaction solution.
8) High pressure reactor and the pad site should be kept clean.
9) Cover the disc cover flange, bolt to will be located on the diagonal, the same tightening sequence.
10) Measuring instrument fracture, in most cases before and after the glass surface with two sides fragmentation. Therefore, do not stand in these dangerous places operation. Expected risk, to put the glass down, and replaced with a new.





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