News Center

The company has established the enterprise goal of "survival by quality, reputation by quality, and development by quality. Strengthen the training of technical personnel, and constantly enrich the first-line technical force to ensure the normal operation of the quality assurance system.

Design and classification of stainless steel reactor


Release time:

2019-05-10

Stainless steel reactor as a comprehensive reaction vessel, the design process needs to be carried out according to the internal reaction conditions, which requires the design of different stainless steel reactor structure, in addition to the design of its accessories also need to be configured according to the actual reaction needs. The structural design requirements of the stainless steel reactor can meet the high degree of automation operation, that is, the automatic integration of the process from the beginning of the feed to the reaction and the discharge. The adjustment of temperature, pressure and mechanical control parameters in the reaction process can achieve stable working performance and effect. The heating and cooling of the reaction medium are replaced by built-in plate type.

Stainless steel reactor as a comprehensive reaction vessel, the design process needs to be carried out according to the internal reaction conditions, which requires the design of different stainless steel reactor structure, in addition to the design of its accessories also need to be configured according to the actual reaction needs. The structural design requirements of the stainless steel reactor can meet the high degree of automation operation, that is, the automatic integration of the process from the beginning of the feed to the reaction and the discharge. The adjustment of temperature, pressure and mechanical control parameters in the reaction process can achieve stable working performance and effect.
 
The heating and cooling of the reaction medium are all built-in plate heat exchanger, the heat transfer coefficient is 40% higher than that of the traditional coil heat exchanger, and the structure of the plate heat exchanger is compact, which is conducive to the arrangement of sufficient heating and cooling area in the stainless steel reactor with large volume, so that the synthesis reaction process of the resin is more uniform and stable. Reasonable use of heat energy, select the best process operating conditions, strengthen insulation measures, improve heat transfer efficiency, so that heat loss to a minimum, waste heat or heat generated after the reaction is fully utilized. The application of heat pipe technology will be the development trend of stainless steel reactor in the future.
 
The stainless steel reactor is made of stainless steel material, and the whole design adopts the combined stirrer setting, the automatic adjustment of the speed can well adapt to the requirements of the chemical reaction of special materials, and the work adaptability is very strong. In addition, the overall structure of the stainless steel reactor adopts a mechanical seal type, packing seal type rated a series of sealing structure, heating and cooling links in a variety of different structures, can adapt to the needs of chemical reactions in different situations. The production of stainless steel reaction kettle can be customized according to the actual needs of users to ensure the smooth situation of the material in the chemical reaction.