Fluid disperser

Abstract

The invention provides a fluid disperser. The fluid disperser comprises an axle centre connected with a transmission shaft and wheel wings for dispersing a material, wherein the axle centre is connected with the inner ends of at least two uniformly distributed wheel spokes; the outer end of each wheel spoke is connected with a wheel rim; a plurality of wheel wings are distributed on the wheel rim; the front side of the wheel spoke in a rotation direction comprises one edge perpendicular to the rotation direction and another edge tilting to the rotation direction; and the rear side of the wheel spoke in the rotation direction is a circular arc surface or comprises one edge perpendicular to the rotation direction and another edge tilting to the rotation direction. The fluid disperser has the advantages of overcoming the defects of no tangential flow or axial flow in the work of the conventional disperser, simultaneously realizing the tangential flow and the axial flow, achieving superior dispersion effect of the material during the dispersion and the emulsification of the material and fully fulfilling the aims of effective dispersion and emulsification of the material.

Description

technical field [0001] The invention relates to a disperser, in particular to a fluid disperser used for dispersing and emulsifying industrial fluid materials in industries such as chemical industry, energy, electronics and medicine. Background technique [0002] At present, in the chemical industry, energy, electronics, medicine and other industries, the general-purpose disperser used for the dispersion and emulsification of fluid materials generally adopts such as figure 1 The structure shown is a disperser with a plurality of saw teeth 2 distributed on the edge of a circular disk 1 . The operational defects of this kind of disperser are: (1). During the working process, the inside of this kind of disperser is easy to form a vortex, which produces centrifugal force, which makes the material splash, and cannot form a "tangential flow" (to make the material tangentially split, making it Tangential movement), the tangential movement of the material is not obvious; (2), the d...

AI Technical Summary

Problems solved by technology

The operational defects of this kind of disperser are: (1). During the working process, the inside of this kind of disperser is easy to form a vortex, which produces centrifugal force, which makes the material splash, and cannot form a "tangential flow" (to make the material tangentially split, making it Tangential movement), the tangential movement of the material is not obvious; (2), the disperser has no "axial flow" during the working process (to make the material flow axially and make it move along the axial direction), the axial movement of the material is not obvious (3) Since the dispersed circular disk is a solid structure, when the disperser is in operation, the material flow direction is not smooth, it is easy to block, and it is inconvenient to clean

Therefore, the disperser structure of the prior art cannot realize "tangential flow" and "axial flow", so that when dispersing and emulsifying materials, the dispersion effect of materials is seriously affected, and the effective dispersion and emulsification of materials cannot be fully realized by the disperser. original purpose

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