Glass reactor

The main characteristics of glass reactors include effective mass and heat transfer,high temperature control with chemical stability,easy cleaning and maintenance,flexible design and assembly,good optical performance,and low adsorption.This product is composed of glass plates and has good heat transfer performance,which can evenly transfer heat,avoid local overheating or undercooling,and thus improve the stability and repeatability of the reaction.
In addition,glass has strong tolerance to most chemical substances and is not easily reacted with reactants or products,ensuring the purity of the reaction system.The glass reactor is equipped with a heat exchange medium at different temperatures through an external jacket,which can control the temperature in the reaction space and ensure that the reaction proceeds smoothly under the set temperature conditions,improving the selectivity and yield of the reaction.
The various components of the glass reactor can be customized and assembled according to different reaction needs.Researchers can easily adjust the size,shape,and position and quantity of the inlet and outlet of the reaction space to meet diverse experimental and production requirements.It has good transparency,and operators can directly observe the reaction situation inside the reactor,which facilitates timely detection of problems that occur during the reaction process
In addition,the glass surface has low adsorption capacity for most substances,and glass reactors help reduce the adsorption of reactants or products on the reactor wall,improving the efficiency of the reaction and the yield of products.