How to improve the efficiency and uniformity of Ultrafine Grinding Equipment through air separation technology, heavy pressure grinding and shearing?

1. The key role of wind selection technology in Ultrafine Grinding Equipment
Wind selection technology is an indispensable part of Ultrafine Grinding Equipment. It uses airflow to mix the crushed material with air, and uses the flow of air to bring fine particles out of the grinding chamber. This process is conducive to the separation and collection of materials, and can also prevent fine powder from accumulating in the grinding chamber, ensuring the continuous operation and efficient operation of the equipment.
Material separation and collection: Wind selection technology uses negative pressure airflow to bring the crushed material out of the grinding chamber and into the material collection system. This process can effectively separate fine particles and prevent them from accumulating in the grinding chamber, affecting the normal operation of the equipment.
Prevent blockage: Wind selection, fine powder is taken out of the grinding chamber in time, avoiding the accumulation and blockage of materials in the grinding chamber, and the equipment can operate continuously and efficiently.
Particle size classification: Wind selection technology can also classify materials to a certain extent. Particles of different particle sizes have different movement trajectories in the airflow, achieving preliminary separation of particle sizes, and the particle size of the final product is uniform.

2. Heavy pressure grinding technology achieves complete crushing of materials
Heavy pressure grinding is the core technology of Ultrafine Grinding Equipment. The grinding wheel that moves in a circle along the grinding track exerts huge pressure on the material, causing it to be crushed and refined under high pressure. This technology can crush the material into extremely fine particles, meeting the requirements of high-precision processing.
High-pressure crushing: The high-pressure contact between the grinding wheel and the grinding track can exert huge pressure on the material, causing it to be crushed and refined under high pressure. This high-pressure crushing method can crush the material into extremely fine particles, and the particle size of the final product meets the requirements.
Efficient crushing: Heavy pressure grinding technology can achieve efficient crushing of materials. The circular motion of the grinding wheel causes the material to be repeatedly ground under high pressure, achieving complete crushing and refinement.
Strong adaptability: Heavy pressure grinding technology can adapt to various materials of different properties, whether hard or soft, and can achieve complete crushing and refinement through high-pressure grinding.

3. Shearing improves crushing efficiency and uniformity
Shearing plays an important role in the Ultrafine Grinding Equipment. When the material is ground by the heavy pressure of the grinding wheel in the grinding chamber, it will also be affected by shearing force. Shearing force can destroy the structure of the material, so that it can be completely crushed under the dual effects of high pressure and shearing.
Structural destruction: Shearing force can destroy the structure of the material, so that it can be completely crushed under the dual effects of high pressure and shearing. This structural destruction can improve the crushing efficiency and evenly refine the material.
Improve efficiency: Shearing can improve the crushing efficiency. With the help of shearing force, the material can be broken and refined faster during high-pressure grinding, improving the overall crushing efficiency.
Avoid large particle residue: Shearing can evenly refine the material and avoid the occurrence of large particle residue. With the help of shearing force, the material can be completely crushed during high-pressure grinding, and the quality of the final product.