The reaction vessel can be manufactured using stainless steel plates such as SUS304 and SUS316L. Mixing devices include anchor type, bar type, paddle type, booster type, scraper type, and combination type. The rotating structure can be reduced by a cycloidal pin reducer, and the unique reflection requirements of various raw materials can be considered. Infinite variable speed reducer, sealing equipment can use machine seals, heating and cooling can use cylinder clamps, half tubes, fan coil units, Miller plates and other structures, heating methods include steam, electric heating, high-temperature heat transfer oil, to consider the process requirements of different office environments such as acid resistance, heat resistance, wear resistance, corrosion resistance, etc. Design concepts and production manufacturing can be carried out according to customer process specifications.

The main purpose and characteristics of a reaction kettle: theoretical understanding of the reaction kettle. It is a stainless steel storage tank with physical or chemical changes. Based on the structural design concept and parameter configuration of the vessel, it maintains the heating, volatilization, cooling, and low-speed mixing effects specified in the process. As the work pressure regulations reflect the entire process, there are also different design concepts for the vessels. Production and manufacturing must strictly follow the relevant standards for production, processing, inspection, and trial operation. Stainless steel plate reaction vessels vary according to different production and manufacturing processes, actual operating standards, etc. The design concept, structure, and main parameters of the reaction vessels are different, that is, the structural styles of the reaction vessels are different, and they belong to non-standard vessel machinery and equipment. Stainless steel plate reaction vessels are widely used in processing and manufacturing industries such as crude oil, chemical plants, vulcanized rubber, fertilizers, dyes, pharmaceuticals, and food, as well as various scientific research and experimental new projects. They are used as vessels for the entire process of hydrolysis reaction, neutralization, crystallization, steam distillation, volatilization, storage, esterification, alkylation, polymerization, condensation reaction, heating mixing, temperature control and reflection. A reaction vessel is a comprehensive reaction vessel, designed according to the reflection standards for the structure, function, and equipment of the reaction vessel. From the beginning of the feeding reaction feeding process, a pre-set reaction process can be carried out with a high level of automation technology, which strictly controls key parameters such as temperature, working pressure, structural mechanics manipulation (mixing, fans, etc.), and product/substance concentration values throughout the entire process.

The materials for reaction vessels generally include carbon alloy steel, stainless steel plates, zirconium, nickel based (Hastelloy, Monel) aluminum alloys, and other polymer materials. The reaction vessel can be manufactured using stainless steel plates such as SUS304 and SUS316L. Mixing devices include anchor type, bar type, paddle type, booster type, scraper type, and combination type. The rotating structure can use cycloidal pin reducer, infinitely variable speed reducer, or DC variable frequency reducer, etc. The unique reflection regulations of various raw materials can be considered. Sealing equipment can adopt sealing structures such as machine seals and packing seals. Heating and cooling can be achieved through structures such as tube clamps, half tubes, fan coil units, and Miller plates. Heating methods include steam, electric heating, and high-temperature heat transfer oil, which are necessary for different office environments such as acid resistance, heat resistance, wear resistance, and corrosion resistance. Design concepts and production manufacturing can be carried out according to customer process specifications.