Laboratory ReactorIt is a commonly used reaction vessel, which has the advantages of simple operation, convenient use, lightweight structure, and easy access.
Laboratory Reactoreffect
Containers used for chemical reactions in industrial production! It comes in various forms and is suitable for different reaction conditions. The material, temperature, pressure and other indicators also vary according to specific needs. Overall, the kettle is relatively short and thick! There is also a synthesis tower, which functions similarly to a reaction kettle, but the tower is taller and has a smaller diameter! Because it is a pressure vessel and the internal medium undergoes violent reactions, it is a relatively dangerous reaction vessel.
The synthesis of various resins, such as computer motherboard substrates, printing and photography materials, is carried out in a reaction vessel after synthesis and further processing. Simply put, it is a chemical reaction vessel.
Laboratory ReactorFeatures:
The laboratory reaction kettle system is a stirring reaction device for chemical reactions of gas-liquid, liquid-liquid, and two-phase chemical materials, which can fully stir various chemical materials under high pressure, vacuum, and temperature to enhance mass and heat transfer processes. The main feature of this device is the use of a static sealing structure, with a magnetic coupling connecting the agitator and motor drive. Due to its non-contact torque transmission, static sealing replaces dynamic sealing, which can solve the leakage problem and keep all stirring components of the entire medium in a sealed state for operation. Therefore, it is more suitable for reactions of various flammable, explosive, highly toxic, valuable media and other permeable chemical media. It is a leak free reaction equipment for sulfurization, fluorination, hydrogenation, oxidation and other reactions in petroleum, chemical, organic synthesis, food and other processes. According to the corrosion performance of the materials, various stainless steel, titanium, nickel, zirconium, tantalum, PTFE lining, and other metal materials can be selected as the contact materials for the main body of the laboratory reaction kettle to prevent corrosion of the main body by the reaction materials.
