Powder recovery

The cyclone dust collector separates the dust particles from the airflow according to the difference in the inertia centrifugal force generated by the single-tube cyclone airflow on the dust particles and air. The dust-laden airflow enters the cylinder body along the tangential direction at a speed of 12~25m/s from the intake pipe, and makes a downward spiral motion between the outer cylinder and the central exhaust pipe. Inertia centrifugal force is generated during the imitation rotation. In one direction, the dust particles are affected by the movement of the air flow, and rotate and drop in it; in the other direction, they are affected by the centrifugal force and gradually spread outward and approach the cylinder wall. Finally, it collides with the inner wall of the outer cylinder, rotates and slides down along the inner wall, and is collected in the middle bottom of the powder, which can be reused. Due to its small mass, the gas is slightly affected by centrifugal force, and turns to the center of the dust collector with the contraction of the conical shape, and then rises due to the bottom resistance, forming an upward swirling flow, which is discharged from the upper end of the exhaust pipe and enters the second stage. Recycling, unique back blowing device, automatic timing cleaning, and the recycling effect is remarkable. Equipped with stainless steel rotor-type automatic backflushing equipment, it is easy to clean, change color quickly, and is simple and convenient. The mainstream plastic powder recycling machine is designed according to the principle of aerodynamics, and the scattered dust is breathed into the filter element by external exhaust. It is simple and practical. It not only helps to improve work efficiency, but also has a good impact on people's physical and mental health.