Because of high-speed rotation of rotor, materials are inhaled into dispersing end in axial direction and then thrown out of rotor alveolus in radial pattern. The extremely high accelerated velocity applied on materials produces strong shear forces and crushing forces. In addition, the strong turbulent flow produced in the clearance between the rotor and stator plays the role of suitable mixing.
316L austenitic stainless steel is more acid resistant, more alkalis resistant and more high temperature resistant, the material of which is the same as that of nuclear power generating set—austenitic 316L stainless steel, because its carbon content≤0.03, it is more corrosion resistant.
The tangential velocity with its maximum reaching 24.5m/s provides the higher shear rate and can shear the materials to 200-2000nm easily.
Materials respectively are inhaled into the rotating fixed rotor system of high speed in spiral shape from up and down direction. After the synthetic action of the fixed rotor system, from the gap of the stators, 360° scatter into the container wall in four directions, flow to the bottom of the container and the page through inertia effect, and then suck in the rotor system from the top and bottom, forming a large cycle emulsification in the whole container.
Materials respectively are inhaled into the rotating fixed rotor system of high speed in spiral shape from up and down direction. After the synthetic action of the fixed rotor system, from the gap of the stators, 360° scatter into the container wall in four directions, flow to the bottom of the container and the page through inertia effect, and then suck in the rotor system from the top and bottom, forming a large cycle emulsification in the whole container.
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