Reactor: Characteristics and Applications of Reactors

For enterprises, the production capacity is substantial: Large-capacity reactors use single-layer reactor walls instead of traditional jacketed reactor walls, eliminating or significantly reducing the external pressure borne by the reactor, thereby breaking away from conventional practices. Due to the limitations imposed by poor heat transfer caused by excessive wall thickness and increased volume of external pressure vessels, the volume of the reactor can reach... 30m3 Even larger, thereby significantly boosting the production capacity of a single reactor.

From the perspective of operators and technicians, large-scale autoclaves are easy to maintain: thanks to their built-in plate heat exchangers, which are removable, they are simple to clean and repair, helping to reduce operational failures and enhance production stability.

With the development of society, large-scale reactors have become indispensable equipment for enterprises. What are the advantages of large-capacity reactors? First, it boasts a high heat transfer coefficient: The reactor’s reaction medium is heated and cooled using a built-in plate heat exchanger, which has a higher heat transfer coefficient than conventional coil-type heat exchangers. 40 %, plate heat exchangers have a compact structure, which facilitates heating and cooling of large-capacity reactors, making the resin synthesis reaction process more uniform and stable.

In summary, large-capacity high-pressure reactors feature high production capacity, excellent heat transfer performance, and ease of maintenance. Its application in production practice can reduce the number of equipment, save on factory investment, decrease the number of operators, and lower production costs. Therefore, large-capacity reactors are being increasingly widely used in the production of particleboard adhesives.

This is because all the problems are caused by solid-state reaction materials precipitating to the bottom of the stainless steel reactor. So the main solution is to prevent sedimentation even without mixing or stirring. This can be achieved by adding an auxiliary stainless steel reactor bottom that is slightly higher than the actual bottom, leaving a gap. 3-10 A gap of centimeters. In this way, the solid reactants will deposit at the bottom of the auxiliary stainless steel reactor without forming an insulating layer on the actual bottom of the stainless steel reactor.

Weihai Self-Control Reactor Co., Ltd. is a manufacturer of reactors. We welcome you to contact us for cooperation!