Shanghai You Can Beverage Machine provide the high quality high shear homogenizer pump
High shear emulsifying pump
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  High shear emulsifiers or homogeneous pumps are a high-efficiency product integrating, emulsion, dissolution, refinery , disaggregation, homogenization ,and emulsification. The main parts are stators and rotors .At the centrifugal and fluid forces created by the rapid turning of the rotors, the stators exercise on the materials strong power shearing, centrifugal pressing,  breaking, fluid friction, turbulent refining and the solid, fluid, and volatile materials are quickly refined, homogenized, disagree gated, and emulsified. The repeat of this process can result in stable and high-quality products.
High shear homogenizer pumps/ inline emulsifying pumps
Application Areas:
Refined chemistry:
Pigment, dyestuff, plastic auxiliaries, textile auxiliaries, adhesives, resin dispersion, silicon oil dispersion, hot melt adhesive, sealing compound, glue, pulp, finishing agent, surface active agent, carbon black disperse, adhesive-proof agent, mold release agent, deforming agent, fluorine cleaning agent, polishing agent, leather auxiliaries, pigment paste, dispersion wax, bactericide, catalyze,  coagulant.
Petrochemical
Lubricant, heavy oil dispersion, diesel oil dispersion, modified asphalt, catalyze, wax dispersion.
Biology & pharmaceuticals:
Injection, medical dispersion, medical paste, health product, mini-capsule dispersion, cell breaker.
Paint & ink:
printing ink, paint, dispersion paint, building coating, nanometer coating, photocureable coating, coating auxiliaries, carbon black disperse, glaze, Alta-mud.
Farm chemicals:
Pesticide, herbicide, medicinal butter, fertilizer, pesticide adjuvant.
Nanometer materials:
Disperse and depolymerization.
Foodstuff industry:
Juice, jam, ice-cream, milk product, food addictive, tea drink, chocolate, bean milk, essence.
Consumer chemistry:
Fluid detergent, face cream, lip paste, face foam, silicon oil dispersion, household essence, skin care products.
Paper making:
Pulp, adhesive, rosin disperse, auxiliaries, resin dispersio
    
Application of milk homogenizer

dairy homogenizer, cream homogenizer, emulsifying machine, homogenizing machine, homogenizing mixer, laboratory homogenizer, High Shear Dispersing and Homogenizing can be seen as the process in which two or several phases are mixed efficiently together under intense external forces, whereas under normal conditions they are not miscible.


The high speed rotation of the rotor sucks materials into the narrow gap between the stator and rotor, where they are subjected to intense mechanical and hydraulic shear. Materials, as well as the proper additive agents are rapidly mixed, dispersed, emulsified and homogenized also with the function of mature technology, resulting in efficient particle size reduction and uniform, constant final products. 

The high speed rotation of the rotor generates strong centrifugal force, by which materials are sucked into the narrow gap between the precision-engineered stator chamber and rotor from the top and bottom end of the agitator. 

With the intense mechanical and hydraulic shear generated in the narrow gap between the stator and rotor, material is dispersed and emulsified in the first step. 
With the function of high linear velocity (at least 15m/s) generated at the high speed rotating rotor, strong hydraulic shearing force and other mechanical force make the material completely dispersed, emulsified and homogenized, then the final material is ejected from the slanted slot in the stator. 

Material is continuously ejected at high speed from the slanted slots, functioned by the material and wall resistance, the flow direction of material is changed, meanwhile, with the strong suction force of the high speed rotating rotor, the material forms a violent turbulence within the container. After several cyclings, materials are thoroughly dispersed, emulsified and homogenized.


 homogenizer is a piece of high pressure equipment used for the homogenization of various types of material, such as tissue, plant, food, soil, and many others. Many different models have been developed using various physical technologies for disruption. The 'mortar and pestle', already used for thousands of years, is a standard tool even in modern laboratories. More modern solutions are based on blender type of instruments (also known in the kitchen), bead mills, ultrasonictreatment (also sonication), rotor-stator mechanical, high pressure, and many other physical forces.