Fully automatic glass vacuum emulsification reactorIt is an ideal equipment for biological research, health and epidemic prevention cosmetics research, and various college experiments. Applied in the paint, coating, and pharmaceutical industries for sample emulsification experiments, laboratory use or pilot scale up of emulsions, syrups, and oral liquids.

　　

The reaction kettle generates a comprehensive kinetic energy effect, including high-frequency and strong tangential and angular velocities, through the high-speed and smooth rotation of the rotor; Under the action of the stator, a strong and reciprocating hydraulic shear, friction, centrifugal compression, liquid flow collision and other comprehensive effects are formed in the reasonably narrow gap between the stator and rotor.

　　

The material undergoes a cyclic process in the container to quickly, uniformly, and finely disperse, emulsify, homogenize, and dissolve immiscible or difficult to dissolve two or more phases. When combined with mature formulas and reasonable additives (such as emulsifiers, dispersants, stabilizers, etc.), stable products are obtained.

　　

Driven by an electric motor, the high-speed rotating rotor sucks materials from the container into the rotor area, enhancing the mixing effect of the materials; The material needs to be forcefully thrown out of the stator hole through the tight gap between the stator and rotor. Under strong high shear force. Tear and crush the particles. At the same time, new material is sucked into the center of the rotor, and the material pushed out changes direction on the container wall, completing a cycle.

　　

During the processing of some materials, they are particularly sensitive to the temperature of the material. Sometimes, it is required that the material must be kept at a fixed temperature in order for the experiment to proceed fully. Therefore, online constant temperature and cooling are particularly important.

　　

The fully automatic glass vacuum emulsification reaction kettle can be filled with hot water, hot oil, and cooling water through a sandwich container, ensuring a constant and fixed range of reaction materials. At the same time, we have temperature monitoring at the top of the reactor to check the temperature inside the reactor at any time.