What is the working principle of the turbo ultrafine classifier?

The working principle of the turbine ultrafine classifier is to use the high-speed rotating turbine to impact, rub and shear on the fixed target to crush the raw materials into nano-sized particles. Specifically, its working process includes the following steps:

Material feeding: The material to be crushed is put into the turbine ultrafine classifier from the hopper, and the material passes through the action of the rotating air flow to form a high-speed rotating material bed.

Impact, friction and shearing: While the high-speed rotating turbine forms a high-speed airflow with the fixed target, it also generates forces such as impact, friction and shearing to crush the material into nano-sized particles.

Classification: The crushed materials are classified by a classifying device, and the nano-sized particles that meet the requirements are collected, and the particles that do not meet the requirements enter the turbo ultrafine classifier again for crushing.

Discharge: The nano-sized particles that meet the requirements are discharged through the discharge port to complete the pulverization process.

In short, the turbo ultrafine classifier crushes the material into nano-sized particles through the airflow generated by high-speed rotation and the forces of impact, friction, and shearing. It has the advantages of good crushing effect, high production efficiency, low energy consumption, and strong controllability.