High shear emulsifier operation process

High shear emulsifier operation process

High shear emulsifier operation process:

1. Under the centrifugal force effect of the high-speed rotating rotor, the material in the drawing is sucked into the working chamber from the axial direction from the upper and lower feeding areas of the working head.

2. The weak centrifugal force breaks the material from the radial direction into the narrow and narrow gap between the rotor and the rotor. Together with the effect of centrifugation, kneading, impact, etc., the material begins to smash and emulsifie.

3. At the outer end of the high-speed rotating rotor, a linear velocity of at least 15m/s is generated, up to 40m/s, and constitutes intense mechanical and hydraulic shearing, liquid layer conflict, and impact tearing, which makes the material abundant. Scattered, emulsified, homogenized, broken, and shot together through the stator slot. The high-shear emulsifier is a high-speed rotation of a homogenized head that is coupled to the engine to shear, smash, and strike the material. This material will become more delicate and promote the integration of oil and water.

4. The material is continuously ejected from the radial direction at high speed, and the flow direction is changed under the resistance of the material itself and the wall of the container. Together with the effect of the upper and lower axial suction forces occurring in the rotor area, the upper and lower parts are formed. Intense turbulence. The material passes through several cycles and ends with a smashing, emulsification, and homogenization process.

The high-shear emulsifier is constantly evolving in the market and used in cosmetics, shower gels, sunscreens, and many other cream products. Sauce, juice, etc. in the food profession. Ointment in the pharmaceutical profession. High shear emulsifiers are used in petrochemicals, paints and coatings. The use of mixing, mixing, dispersing, homogenizing, emulsifying and grinding in the course of testing or industrial production.