Electric heating stainless steel high-pressure reactor

Electric heating stainless steel high-pressure reactorThe material in contact with the material is stainless steel, and high-pressure reaction vessels can also be customized according to requirements. The impeller type of the high-pressure reactor is propeller type, and the motor is a universal motor. The reaction process involves temperature control of the nozzle and measurement of platinum resistance. The pressure gauge and safety explosion-proof device are installed in the safety blasting hole, and the inlet and outlet fittings of the cooling coil are arranged in the cylinder. The high-pressure reactor is equipped with a safety valve, which uses a rupture disc. Small blasting error, fast instantaneous exhaust speed, safe and reliable. The valve of the high-pressure reactor adopts a needle valve, which closes back and forth, is reliable and durable, and various valves are installed correctly. The control instrument adopts relevant intelligent control instruments, using intelligent digital control instruments to collect and control data on the motor speed, reaction temperature, and pressure of the high-pressure reactor. It has the characteristics of high precision, easy operation, and strong anti-interference ability.

Electric heating stainless steel high-pressure reactormanufacturerThe material in contact with the high-pressure reactor is stainless steel, which can also be customized according to needs. The impeller of the high-pressure reactor is a propeller type, and the motor is a universal motor. The reaction process, temperature control nozzle and platinum resistance measurement, pressure gauge and safety explosion-proof device are installed in the pressure gauge safety gun hole, and accessories for the inlet and outlet of the cooling coil. The control instruments adopt relevant intelligent control instruments and intelligent digital control instruments to collect and control the motor speed, reaction temperature, and pressure of the high-pressure reactor. It has the characteristics of high precision, easy operation, and strong anti-interference ability. The high-pressure reactor is equipped with a safety valve, which uses a rupture disc. Small blasting error, fast instantaneous exhaust speed, safe and reliable. The valve of the high-pressure reactor adopts a needle valve, which can be repeatedly closed and is reliable and durable. All types of valves are installed correctly. According to the requirements, this heater can be treated as an explosion-proof heater. The high-pressure reactor adopts magnetic seal drive, which has the characteristics of low mixing torque, complete static seal, no leakage, high temperature, high pressure, high vacuum, fast mixing speed, stable operation, low noise, and easy use. operation It is an ideal device for conducting various mixed reactions in the laboratory. This reactor is an ideal choice for industries such as catalytic hydrogenation, esterification, metallurgy, pharmaceuticals, and chemical engineering. The general understanding of high-pressure reactors includes stainless steel containers, enamel containers, and special material reactors used for physical or chemical reactions. The pressure requirements during the reaction process also require different container design requirements. Production must strictly follow the corresponding standards for processing, testing, and operation.

Stainless steel electric heating high-pressure reactorIt varies due to differences in production processes and operating conditions. The design structure and parameters of the reactor are different, that is, the structure of the reactor is different, and it belongs to non-standard container equipment. There are anchor type, frame type, paddle type, turbine type, scraper type, and combination type mixers for mixers. The rotating mechanism can adopt cycloidal pinwheel reducer, stepless reducer or variable frequency speed regulation, which can meet the special response requirements of various materials. Structures such as jackets, semi-circular tubes, coils, etc. can be used for heating and cooling. Heating methods include steam, electric heating, and thermal oil circulation heating to meet the requirements of acid resistance, high temperature resistance, wear resistance, corrosion resistance, and other working environments. Can be designed and manufactured according to user process requirements.