1. Motor and Transmission System
The motor provides power and drives the rotor to rotate at high speed through the transmission system.
2. Rotor and Stator
The rotor is the core component of high speed disperser. It is usually made of high-strength materials and has a precise design, which enables it to generate great shear force during rotation. The stator is fixed to the outside to limit the movement of the rotor and further improve the shear effect.
3. Dispersion Disc
The dispersion disc is located between the rotor and the stator to help accelerate the mixing and dispersion of materials.
4. Frame and Container
High speed disperser is usually equipped with a container to hold the material to be dispersed. The container is generally made of stainless steel, meets hygiene standards, and can withstand the forces generated during high speed dispersion.
5. Cooling System
Since a lot of heat is generated during high speed dispersion, high speed disperser is equipped with cooling system (such as jacket cooling) to avoid overheating of the material or temperature increase affecting product quality.
6. Control System
High speed disperser is usually equipped with an automated control system that can adjust parameters such as speed, temperature, and time to achieve precise control and optimize production.
1. Dispersion and Shearing
During the high speed rotation of the rotor, the strong shearing action makes the solid particles fully contact, collide and rub with the liquid matrix, thereby dispersing, emulsifying or evenly mixing the materials.
2. Particle Refinement
The shearing force generated by high speed rotation can crush larger particles into fine particles, achieving material refinement and homogenization.