High Shear Homogenizer Vacuum Emulsifier Reactor Vacuum Customizable Reactor Cosmetic Emulsification Reactor

BAXIT Laboratory Vacuum Emulsification Reactor

In chemical experiments, vacuum emulsification reactor is a commonly used equipment for emulsification and reaction process. Whether it is cosmetics manufacturing, food technology or pharmaceutical synthesis, vacuum emulsification reactors play an important role. It has efficient and precise emulsification and reaction capabilities, and can operate under vacuum conditions to improve product quality and process efficiency.

The vacuum emulsification reactor pumps out the air in the system through a vacuum pump to create a low-pressure environment. Under vacuum conditions, emulsifiers and reactive substances can mix and react better. The equipment is mainly composed of emulsification tank, vacuum system, heating system and control system. During the operation, the emulsifier and reaction substances are first added into the emulsification tank, and then the system is evacuated to form a vacuum environment. Next, the appropriate temperature is provided by the heating system to promote the emulsification and reaction. The control system can adjust parameters such as temperature, pressure and stirring speed as required to ensure the accuracy and stability of emulsification and reaction.

The reactor adopts a modular design and is suitable for reaction, mixing, emulsification, dispersion and homogenization. It can be widely used in occasions such as cream, oil-water emulsification, polymerization reaction, nano-material dispersion, etc., as well as special working occasions that require vacuum or pressure experiments. This equipment has the characteristics of simple structure, small size, low noise, stable operation, long service life, easy operation, easy cleaning, convenient assembly and disassembly and maintenance.

Vacuum emulsification reactor product applications:

In a vacuum or pressure environment, processes such as material dispersion, emulsification, homogenization, and mixing are realized. It can be equipped with a variety of high-efficiency macroscopic high-viscosity agitators, high-shear homogeneous emulsifiers, reliable vacuum sealing systems and temperature control systems, and a variety of sensor detection systems can simulate industrial production in a laboratory environment. At present, the laboratory processing capacity is: 1L, 2L and other series. Used for dispersing, mixing, emulsifying, homogenizing, stirring and dissolving in the laboratory. Under vacuum or pressure conditions, the entire reaction process of stirring, homogenizing, emulsifying, dispersing, mixing, etc. for materials can be observed through a glass kettle, and stainless steel pressurized high-temperature homogeneous emulsification and dispersion can also be used.

Vacuum emulsification reactor is of great significance in laboratory work. First of all, it can operate under vacuum conditions, avoiding the interference of oxygen and moisture on emulsification and reaction, and improving product quality and stability. Secondly, the vacuum emulsification reactor has efficient and precise emulsification and reaction capabilities, which can achieve uniform distribution of fine particles and improve product texture and quality. In addition, the equipment is simple to operate and has adjustable parameters, allowing experimenters to flexibly control it as needed. The vacuum emulsification reactor has high safety and can ensure the safety of operators and the safety of the laboratory environment.

Main features:

1. Production of cheese, lotions, emulsions and preparation of fats in the pharmaceutical and cosmetic industries;

2. Mix solids, such as calcium carbonate, titanium oxide, etc., with the emulsion;

3. High-shear dispersion emulsification or polymer polymerization reaction stirring in the lithium battery industry;

4. Grinding and dispersing solids and fibers in liquids and polymers. Such as glue vacuum stirring;

5. The laboratory vacuum emulsification reaction kettle can measure the temperature, pressure, viscosity, PH, etc. of the material at the same time. Materials can also be heated or cooled.