Main role of laboratory glass reactor

Glass reactor is a kind of laboratory equipment, mainly used for experiments such as chemical reactions and material synthesis. The reactor has the characteristics of high transparency, high temperature resistance, corrosion resistance, and no pollution. It can perform stirring reactions under set constant temperature conditions, normal pressure or negative pressure, and can control the reflux and evaporation of the solution.

The role of laboratory glass reactor:

1. Organic chemical reactions: The high transparency and good chemical inertness of glass reactors make them widely used in organic chemical reactions, such as synthesis reactions, redox reactions, etc.

2. Material synthesis: In the field of material synthesis, the application of glass reactors can remove thermal inertia and heat transfer limitations, facilitate the acquisition of real-time data, and achieve thermal conduction and mixing of reaction solutions.

3. Ultrasonic reaction: Since the inside of the glass reactor is flat, ultrasonic waves easily resonate on the glass surface. Therefore, it can also be used for ultrasonic reaction experiments.

4. Material preparation: The glass reactor can accelerate and improve the efficiency of material preparation with its good controllability and repeatability.

5. High temperature and low temperature reactions: Glass reactor can react at high temperature and low temperature.

6. Vacuuming and negative pressure reaction: The glass reactor can be used to evacuate for negative pressure reaction.

7. Distillation reflux reaction, vacuum distillation reaction, separation extraction reaction and purification reaction are also important uses of glass reactors.

Glass reactor kettle is widely used in chemical laboratories, especially in chemical synthesis, controlling chemical reaction conditions and preparing materials in different fields. At the same time, it is easy to clean and maintain, and can adapt to various experimental conditions and needs.