1. Working Principle
Agglomerated or caked materials are fed into the dispersing chamber via a screw feeder, where a high-speed rotating rotor impacts and shears the materials, causing them to be crushed and restored to their original state. The dispersed materials are then transported by an upward airflow to the material collection area, where they are collected by a cyclone collector and a pulse dust collector, while the purified air is discharged by an induced draft fan.
II. Performance Characteristics
1. Adopts an innovative dispersion structure, reducing unit energy consumption by 30% compared to traditional dispersers.
2. The crushing and dispersing components are made of high wear-resistant materials, resulting in minimal wear and a long service life.
3. After depolymerization and dispersion, the material can be restored to its original particle size, with a particle size recovery rate of up to 100%.
4. It can be equipped with an airflow classification device to classify materials into different fineness levels during the dispersion process.
5. The crushing rotor undergoes high-speed balancing treatment, and the machine base adopts an anti-vibration design, ensuring smooth operation with minimal vibration.
6. Wide range of applications: Hot air can be introduced to perform combined dispersing and drying of high-moisture materials; inert gas can be supplied to achieve dispersing of flammable and explosive materials; a cooling system can be added to carry out dispersing operations for heat-sensitive materials or materials with extremely low melting points.
7. The system adopts negative pressure production, resulting in no dust pollution at the production site.
8. Intelligent feedback control, simple operation, and stable operation.
III. Application Areas
Mainly used for the deagglomeration and dispersion of sticky, strongly agglomerated, or calcined sintered powders, such as ultrafine calcined kaolin, washed kaolin, nano calcium carbonate, chemical raw materials, dyes, etc.