Cyclone Dust Collector
Production based on actual needs and quotations
It has a simple structure, no moving parts, high temperature resistance, low equipment cost, and is often used as a pre-dust collector. Dust-laden gas enters the dust collector along the tangential direction and performs a rotational motion. The dust is thrown toward the wall under the action of centrifugal force, loses kinetic energy after collision and falls into the ash hopper. The purified gas forms an ascending vortex and is discharged from the top.
Rotation generates centrifugal force: Dust-laden gas enters the dust collector cylinder at high speed and along a tangential path, creating a rapidly rotating downward airflow along the wall. The high-speed rotation exerts a tremendous centrifugal force on dust particles.
Dust separation: Under the influence of centrifugal force, heavier dust particles are flung directly toward the cylinder wall. After colliding with the wall, they lose velocity and, under the influence of gravity, spiral down the conical wall, ultimately falling into the dust collection hopper at the bottom.
Purified gas discharge: After reaching the bottom of the cone, the airflow, free of most dust, forms an upward, inward-spinning flow, ultimately discharging clean air through the central exhaust pipe at the top.
