Compared with ordinary reactors, glass reactors can use their double-layer glass interlayer to place reaction materials (some are called reaction solvents). Generally, they are used to stir the reaction under positive or negative pressure to achieve heating or cooling. In the current experiments of new material synthesis, it is widely used as a more ideal reaction equipment. So what is the material used for glass reactors? Let's learn about it with the editor of Henan Beifan:
The double-layer glass reactor is designed with a whole stainless steel column movable frame. It has a five-port reactor cover and a full set of glass use points such as reflux, liquid addition, and temperature measurement. Its main material is G3.3 high borosilicate glass, which is usually very stable during the operation of the stirring reaction process of variable frequency speed regulation, and no sparks will be generated even if the torque is large. We Beifan use alloy steel mechanical seals and polytetrafluoroethylene technology to connect the ports to maintain high-precision sealing of the glass reactor in working state. In addition, the components use polytetrafluoroethylene seals, which can maintain a better vacuum degree (generally around -0.095mpa) among similar products on the market, and maintain high-precision sealing in working state. There is also a grinding chip collection tank.
Of course, the Pt100 sensor probe has high temperature measurement accuracy and small error, which can effectively improve work efficiency; the polytetrafluoroethylene discharge valve has a movable interface, and the discharge is thorough and fast.
After the reaction is completed, the cooling or heating solution in the interlayer of the glass reactor can be completely discharged without liquid accumulation: the Japanese technology AC gear reduction motor used has strong torque and no noise; the stirring paddle uses double polytetrafluoroethylene, which is suitable for stirring and mixing low to high viscosity liquids.
