Lab High-shear Emulsifier is a lab machine designed for small quantity experiment in lab. It narrows the particle size of Liquid-liquid and liquid-solid materials through external mechanical force and distributes one phase materials into another phase or many other phases evenly to realize good homogenizing, dispersing and emulsifying result. As a result, the materials become stable emulsion. Several workheads are available. The smallest applicable container is standard tube with diameter 15mm.
high-speed rotation motor drives the rotor to rotate at high speed, which generates vacuum environment between the stator and rotor. So materials are sucked into the chamber from the top of the stator &rotor and also from the bottom. Rotor driven by the strong kinetic energy creates high linear speed, which puts the materials under comprehensive action of strong crushing, tearing, centrifugal extrusion, hydraulic friction etc between the precision-engineered gap of the stator and rotor. After processed, the materials are flying out and generates strong turbulence under the action of forces from different direction. Stable emulsion is obtained after repeated disaggregation, dispersion, homogenization, shearing for a certain period with help of mature production technology and certain quantity emulsifier.
Model | Voltage | Power (w) | Speed(rpm) | Adjusting speed way | Speed display | Rotor head diameter(mm) | Stator head specifications(mm) | Materials | Capacity
(L) |
Lifting |
---|---|---|---|---|---|---|---|---|---|---|
SRH-S450 | 220V 50HZ | 450 | 0-12000 | Button type, various speed control | Digital display | Φ28 | mesh, long hole, round hole | Material contacting part SS304 | 0.2-5 | Manual lifting |
* Special operation condition, such as high temperature, high pressure, explosive, combustible and corrosive etc, details are required for correct model selection.
* If any change in the above table, subject shall prevail without notice.
* The table cannot include all products, please contact with our sales engineers for more information.
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