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What experiments can glass reactors do

Release Time:

2022-11-28

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The glass reactor is just one of many reactors, other reactors include glass-lined reactors, hydrothermal synthesis reactors, magnetic stirring reactors, electric reactors, steam reactors, etc. But the most commonly used one is the glass reactor, which has the characteristics of no pollution, high temperature resistance, corrosion resistance, sanitation, and fast heating speed.

glass reactor

The use of glass reactors can be summarized into the following aspects: high temperature reaction (maximum temperature up to 300°C), low temperature reaction (minimum temperature up to -80°C), vacuuming for negative pressure reaction, solvent synthesis reaction at constant temperature, Distillation reflux reaction, vacuum distillation reaction, separation and extraction reaction, purification reaction, concentration reaction, stirring reaction, etc. Temperature and pressure can be adjusted according to different conditions and requirements to adapt to different experimental environments.
Glass reactors are widely used and are commonly used biochemical instruments in the industry. Therefore, they are widely used in modern fine chemicals, scientific research experiments, biopharmaceuticals, colleges, etc., and are ideal for teaching, experiments, production, and pilot tests. equipment.

Thin-film distillation and short-path distillation are two commonly used separation techniques that are widely used in the separation of volatile components of silicone oils and resins. This article will explain in detail the principles and applications of these two technologies and their application in the separation of volatile components of silicone oil and resin.


Abstract: Oil deacidification is an important step in food processing, which aims to remove free fatty acids in oil and improve its quality and stability. Traditional deacidification methods have some limitations, such as low efficiency, high energy consumption, and loss of nutrients. In recent years, molecular distillation technology has gradually attracted attention as a new deacidification method. This article will introduce the application of molecular distillation in oil deacidification, including the principle, operation process and advantages, and focus on the outstanding advantages of Aishengke in molecular distillation technology.


Vitamins are products that are closely related to people's lives, and have become one of the main bulk products in the international pharmaceutical and health care products market. The amount of vitamin E is the largest, followed by vitamin A, vitamin C, vitamin D and so on. With the growth of economy and the improvement of people's living standards, the demand for vitamin products will further increase, and people's requirements for their quality and grade will also further increase. Therefore, as an important separation technology in the production of many vitamins, molecular Distillation technology will also play an increasingly important role in the vitamin industry.


Glyceryl monostearate (GMS), abbreviated as monoglyceride, is produced from natural vegetable oils and fats. The active ingredient is purified by molecular distillation technology to more than 90%, also known as molecular distillation monoglyceride. It is the most widely used food Additives, safe to use in the production and processing of food, medicine, plastics, etc., account for more than half of the emulsifier consumption in the market.


The principle of molecular distillation is to make use of the different degrees of affinity between different molecules. By controlling the conditions such as temperature and pressure, the mixture begins to vaporize. Different components in the vapor form liquids in the condenser and are separated according to their boiling points. This distillation method not only has a good separation effect, but also can be repeatedly separated and purified, and is widely used in chemical, pharmaceutical and other fields.


Molecular distillation is a common chemical method used to separate and purify compounds. In the pharmaceutical industry, molecular distillation is widely used in pharmaceutical purification. This article will focus on the application of molecular distillation in pharmaceutical purification and provide some specific examples.


Laboratory vacuum distillation equipment has undergone significant advancements in recent years, driven by the need for higher efficiency, improved safety, and enhanced user experience.


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