Working principle and characteristics of nano colloid mill

2024-08-23

Nano colloid ground Working principle and features

Introduction to nanocolloidal mill

The particle size of the nanomaterial itself is nanoscale, but agglomeration will occur in the solution. At this time, it is important to open the agglomerates. In addition, some materials are at the micron level. If you want to further refine them to the nanometer level, you need to use a nano-colloid mill. ContactManager Zhang: 13861770816

Nano colloid mill is suitable for colloidal solutions and ultra-fine suspensions and lotion production. In addition to high speed and flexibly adjustable stator and rotor clearance, GM works under friction, which is also called wet grinding. There is a wide inlet gap and a narrow outlet gap between the conical rotor and the stator. During operation, the eccentric operation of the dispersing head causes eddy currents in the solution, thus achieving better grinding and dispersing effects.fruit.

The colloid mills purchased by many customers will have: 1. Fineness Can’t come down 2. Material blocking 3. Material leakage 4. Low production capacity and high energy consumption. The core of the problem lies in the structure of the traditional colloid mill, the fineness of the grinding head (the grinding head is not made according to the material, all materials are one kind of grinding head), and the poor stability of the accessories

Match different mechanisms and models according to on-site working conditions and materials

Nano colloid mill principle

The motor drives the rotating teeth (or called the rotor) and the matching fixed teeth (or called the stator) to rotate relatively at high speed through the belt drive, and the materials to be processed pass through Its own weight or external pressure (can be generated by a pump) pressurizes to produce a downward spiral impact force, which is subjected to strong shearing force, friction force, Physical effects such as high-collar vibration enable the material to be effectively emulsified, dispersed and crushed, achieving the effect of ultra-fine crushing and emulsification of the material.

A product composed of a cone mill and a colloid mill.

It consists of three-level serrated protrusions and grooves with increasing fineness. The stator can be adjusted to the required distance from the rotor. Under increased fluid turbulence, the grooves can change direction at each stage.