|Payment Terms:||L/C,T/T,Western Union,Paypal|
|Supply Ability:||100 Set/Sets per Month ESFSL-II Lab High Shear Mixer|
|Place of Origin:||Shanghai China|
|Additional Capabilities:||Dispersing, Emulsifying, Homogenizing|
|After-sales Service Provided:||Engineers available to service machinery overseas|
|Max. Loading Capacity:||10L|
|Item:||ESFSL-II Lab High Shear Mixer|
|Product Type:||Biology, Pharmacy, Food, Ink, Cosmetics lubricants oil, etc.|
|Delivery Detail:||15 days|
|Packaging Detail:||Wooden case with steel frame|
ESPREAD ESFSL-II High Efficiency Low Noise Lab High Shear Mixer
Technical Parameters - ESFSL-II
Lab High Shear Mixer is a machine designed for small quantity experiment.it suitable for emulsifying, homogenizing and dispersing materials in industries such as biology, pharmacy, food, cosmetic, ink and pesticides etc.
Material Viscosity: ≤50,000cps
Production Capacity: ≤10000ml
Applicable Materials: Applicable for production process for solution, gel, suspension, or emulsion of solid-liquid, liquid-liquid materials such as juice, soup bases, milk production, tissue, homogenate, cosmetics, surfactants, asphalt, emulsifier, oil field chemicals, etc.
Application Fields: Suitable for dispersing, emulsifying and homogenizing materials in industries such as biology, pharmacy, food, ink, textile auxiliary, cosmetics lubricants oil and fertilizer, etc.
- Universal lifting bracket
- 3 sets of replaceable stators
- Digital display speed from 0-11000 rpm
- High efficiency low noise motor
Precision-engineered stator and rotor match with each other perfectly. High-speed rotation motor drives the rotor to rotate at high speed, which generates vacuum conditions 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 generate 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.