Laboratory Glass Reactor Is The Core of Chemical Laboratory

The laboratory glass reactor mainly utilizes its double-layer glass characteristics, which can place the reaction materials in the middle layer, and carry out agitation reaction under normal pressure or negative pressure. In this way, the medium (such as refrigerating liquid, heating water, or heating oil) in the interlayer of the glass reactor can be heated or cooled by stirring to make a cyclic reaction. Glass chemical reactors are widely used as ideal equipment in modern biochemical new material synthesis experiments.

The working principle of the glass reactor vessel is to inject a constant temperature hot solution or cooling liquid through the glass reactor body interlayer, to heat or cool the materials in the reactor at a constant temperature and can provide stirring.
glass chemical reactor
Laboratory glass reactor can carry out vacuum stirring reaction, distillation and concentration reaction, separation and extraction, reaction heating experiment, the reaction heat can be taken away by passing tap water into the jacket, and the material reacts in the reactor, 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 at the bottom of the kettle, and the operation is extremely convenient. It is ideal equipment for modern chemistry small and medium sample experiments, biopharmaceuticals, and new material synthesis.

Main features of laboratory glass reactor:

1. Frequency conversion speed regulation, AC induction motor. Constant speed, no brushes, no sparks, safe and stable, and can work continuously;
2. Designed and produced with high borosilicate glass, with good chemical and physical properties;
3. Hot oil is circulated through the glass interlayer interface, which can be used for heating reaction, and cold liquid can be used for low temperature reaction;
4. It can be reached at room temperature, and the reaction flask can be filled with tap water to quickly take away the reaction heat;
5. The lower discharge port has a flanged port and a PTFE valve. There is no dead corner in the container, and it can be disassembled to facilitate the discharge of solid materials;
6. Five-port reactor cover, extra-large port design for easy cleaning, standard port sockets can be assembled with reflux and distillation synthesis devices;
7. The complete set of equipment, the contact with the reaction materials are all glass and polytetrafluoroethylene, high strength acid, and alkali resistance so that the success of the experiment is more guaranteed.