Glass reactors are widely used in experiments and production of chemical, fine chemical, biopharmaceutical new material synthesis. The product can be used as a system device in conjunction with a circulating water vacuum pump, a low-temperature coolant circulating pump, or a circulating oil bath, or for pilot production. The constant temperature heating or cooling of the material in the reactor is performed by injecting a constant temperature (high temperature or low temperature) hot-dissolving medium or a cooling medium through the reaction vessel interlayer, and stirring can be provided. The material is reacted in the reaction kettle, and 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, and the operation is extremely convenient. The glass reactor is an ideal equipment for modern chemical samples, sample experiments, biopharmaceuticals and new materials.

The stirring mode of the glass reactor generally has a paddle type, an anchor type, a frame type, a screw type, a scraped wall type and the like. The high-speed type has a decentralized impeller type, a turbine type, a high-shear type, and a spreader type, which are available for customers to select according to the process. The glass reactor is driven by ordinary motors, explosion-proof motors, electromagnetic speed-regulating motors, frequency converters, etc. The heat exchangers have cycloidal pinwheels, worm gears, and planetary stepless gears. The shaft seal is a common water-cooled packing seal, a combined PTFE packing seal, and a mechanical seal. The discharge form includes a ball valve and a lower spread valve.

The heating method for different reactor performances also has various options such as water heating, hot steam heating, other medium heating, and electric heating. Water heating: When the temperature is not high, the heating system can be divided into two types: open type and closed type. Open and simple, it consists of a circulating pump, a sink, a pipe and a regulator that controls the valve. When high pressure water is selected, the mechanical strength of the equipment is high, the outer surface of the reactor is welded with a coil, and there is a gap between the coil and the wall, causing the reaction. The heat resistance of the kettle is increased and the heat transfer effect is shortened. Hot steam heating: When the heating temperature of the glass reactor is below 100 degrees Celsius, it can be heated by steam of less than one atmosphere: saturated steam is used in the range of 100-180 degrees Celsius. When the temperature of the reactor is higher, high-pressure superheated steam can be selected.

Other medium heating: If the process requires the stainless steel reactor to operate at high temperatures, or if a high-pressure heating system is to be selected, the open-glass glass reactor can use other media instead of water and steam, such as mineral oil (275~300). °C), diphenyl ether mixture (boiling point °C), molten salt (140 ~ 540 ° C), liquid lead (melting point 327 ° C) and other new reactor electric heating: winding the resistance wire around the insulation layer of the reactor barrel, Or installed on a special insulator at a certain distance from the reactor, so a small space gap is formed between the resistance wire and the stainless steel reactor body.