The technical parameters of the stainless steel reactor have received unanimous acclaim both domestically and internationally.

　　 Stainless Steel Reactor It boasts advantages such as rapid heating, high-temperature resistance, corrosion resistance, hygiene, no environmental pollution, automatic temperature control without the need for a boiler, and ease of use. Moreover, it is widely used by manufacturing enterprises in industries including petroleum, chemical engineering, rubber, pesticides, dyes, pharmaceuticals, and food, as well as in various scientific research and experimental projects. This equipment serves as a vessel for carrying out a wide range of process operations, including hydrolysis, neutralization, crystallization, distillation, evaporation, storage, hydrogenation, hydrocarbonization, polymerization, condensation, heated mixing, and constant-temperature reactions.

　　Features of the stainless steel reactor: The inner surface is mirror-polished to ensure there are no sanitary dead spots. Its fully enclosed design guarantees that the material remains sterile at all times. The outer surface can be optionally treated with sandblasting, matte finishing, or cold-rolled, unpolished, matte finish. Heating and cooling: Heating methods include steam, electric heating, and thermal oil, enabling the reactor to meet the process requirements of various working environments—such as resistance to acids, alkalis, high temperatures, wear, and corrosion.

　　According to pressure rating: Low-pressure (designated as L) vessels have pressures ranging from 0.1 MPa to less than 1.6 MPa; medium-pressure (designated as M) vessels have pressures ranging from 1.6 MPa to less than 10.0 MPa; high-pressure (designated as H) vessels have pressures ranging from 10 MPa to less than 100 MPa; and ultra-high-pressure (designated as U) vessels have pressures equal to or greater than 100 MPa. According to the vessel's role in production: Reaction pressure vessels (designated as R) are used to carry out physical and chemical reactions involving the medium; heat-exchange pressure vessels (designated as E) are used for heat exchange between media; separation pressure vessels (designated as S) are used for fluid pressure balancing, buffering, and gas purification and separation; and storage pressure vessels (designated as C, with spherical tanks designated as B) are used for storing and containing gases, liquids, liquefied gases, and other media. Based on safety technology supervision and management, pressure vessels are classified into three categories: Class I pressure vessels; Class II pressure vessels; and Class III pressure vessels. According to installation method, pressure vessels are categorized as stationary pressure vessels and mobile pressure vessels. Weihai Xingyu Chemical Machinery holds both D1 and D2 design and manufacturing qualifications for pressure vessels.