Multi-stage crushing/grinding/emulsifying colloid mill

Abstract

The invention discloses a multi-stage crushing / grinding / emulsifying colloid mill. The multi-stage crushing / grinding / emulsifying colloid mill consists of a belt pulley, a main unit, a hopper, a stirring spinning blade, a handle, a shell, a first-stage stator, a first-stage rotor, a second-stage stator, a second-stage rotor, an emulsifier stator, an emulsifier rotor, a mechanical sealing water cooling joint, a mechanical sealing water cooling jacket, a mechanical sealing set, a motor, a base and the like, wherein the main unit and the motor are arranged on the base; two transmission wheels are arranged in the base; the hopper is arranged above an adjusting device and is a cone-shaped stainless steel product; a lug boss is arranged at the center of the bottom of the adjusting device; the stirring spinning blade is arranged in the lug boss; the first-stage stator is sleeved with the first-stage rotor; the second-stage stator is sleeved with the second-stage rotor; grinding teeth are arranged on the rotor and the stator respectively; the emulsifier stator is arranged right above the emulsifier rotor and is glued with the emulsifier rotor; the mechanical seal set is arranged below the emulsifier rotor. The multi-stage crushing / grinding / emulsifying colloid mill has the advantages of large discharge amount, high safety and the like.

Description

Technical field: [0001] The invention relates to a colloid mill, in particular to a multi-stage crushing, grinding and emulsifying colloid mill. The main machine and the motor are designed in separate structures. Background technique: [0002] The colloid mill is a fluid or semi-fluid material that passes between the fixed teeth and the movable teeth that are relatively linked at high speed, so that the material is subjected to strong shearing force, friction force and high-frequency vibration, and it is effectively crushed, emulsified, homogenized, It is gentle to obtain satisfactory finely processed products. The existing colloid mill relies on the relative movement of a pair of toothed surfaces. One toothed surface rotates at a high speed, and the other toothed surface is stationary, so that the material passing between the tooth surfaces is subjected to great shear and friction forces. The materials are effectively dispersed, floated and crushed, and the processing of materi...

AI Technical Summary

Problems solved by technology

The existing colloid mill relies on the relative movement of a pair of tooth-shaped surfaces, one of which rotates at high speed, and the other tooth-shaped surface is stationary, so that the materials passing between the tooth surfaces are subjected to great shearing force and friction. The material is effectively dispersed, floated, and crushed, and less material is processed in the same unit time; at the same time, the existing colloid mill is a three-dimensional conjoined structure, and the motor is easily penetrated by the liquid above according to the design structure installed at the bottom of the device, causing Motor leakage and short circuit burnt out

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