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Structural arrangement and high-temperature carbonization of stainless steel reactor
Jun 12, 2018

Stainless steel reactor is mainly used in the production process of chemical industry, food, coating, hot melt adhesive, silica gel, paint, medicine, petrochemical and other industries. It is mainly responsible for product reaction, evaporation, synthesis, polymerization, saponification, sulfonation, Chlorination, nitration and other processes.


The stainless steel reactor is mainly composed of four parts: the inner tank, the jacket, the stirring device, and the support base. The inner tank is made of stainless steel and other materials according to the process requirements. The inner surface is mirror polished and can be cleaned online and SIP is off. Bacteria, in line with the requirements of health regulations; jackets need to use stainless steel or carbon steel according to process requirements.


In addition to the careful selection of materials, the structure of the components of the stainless steel reactor is also well-designed. For example, its support type adopts suspension lugs or floor legs according to operational requirements; at the same time, it has a suitable ratio of height to height. Design, on-demand custom stirrer; stirring shaft seal pressure sanitary mechanical seal device to maintain the working pressure inside the tank and prevent the leakage of material inside the tank and cause unnecessary pollution and material loss.


In a corresponding stage, the temperature of the stainless steel reactor can be controlled at about 800-900 degrees, mainly to prevent oxidation of the activated carbon. During the activation process, people often add CO, CO2, etc. into the stainless steel reactor, which can also facilitate the treatment of activated carbon, and can also restore its adsorption.


Stainless steel reactor can be better applied in building materials, resins, chemical industry and food industry. Practice has proved that its heating speed is relatively fast, it can also be very good high temperature and corrosion resistance, not only use the boiler to heat up Also exceptionally convenient. It is heated evenly when heated.


There is also information about the amount of water in the stainless steel reactor, which is mainly determined by the amount of material in the equipment, while also keeping the water temperature in a suitable state. When the stainless steel reactor is turned on, it must be carried out according to the corresponding requirements. The stirring must be started first, and no over-temperature, over-pressure, or overload conditions are allowed during the operation of the reactor.

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