Let us first understand the structure of the reactor. The structure of the reactor is mainly composed of a pot body, a pot cover, a jacket, a bearing device and the like. The heating unit, engine and reducer can be customized according to user-specific requirements.

 

What is the working principle of the reactor? The working principle of the reactor is actually a reaction in which the reaction solvent is placed in the inner layer for stirring. The interlayer can be heated and cooled by different refrigerating fluids, hot water and hot oil. Then, a constant temperature hot-dissolving medium or a cooled medium is injected through the interlayer of the reaction vessel, and the material in the reaction vessel is heated or cooled at a constant temperature. At the same time, it can be stirred under normal pressure or negative pressure depending on the requirements of use. When the material is reacted in the reaction vessel, the evaporation and reflux of the reaction solution can be controlled. After the reaction is completed, the material can be discharged from the discharge port of the bottom of the kettle.

 

Before the chemical reaction, the reactants should be adjusted to a certain ratio and then placed in the reaction vessel, then heated and stirred by the high pressure steam in the jacket of the reactor, and then the reactants are quickly and uniformly raised in temperature to reach After the preset temperature, the reactants are allowed to react normally, and after the completion of the chemical reaction, the cooling treatment is carried out. During the reaction, we must pay attention to the stability of the reactor, and if the temperature rises sharply, it indicates turbulence. The rate of  chemical reaction  of the reactants is accelerated, but the rate of exotherm is also increased, and the temperature of the reaction is further increased, and even a "expansion" phenomenon may occur. The reactants in the reactor are then discarded.