Dust-laden gas enters the filtration chamber through the ash hopper (or lower open flange). Coarse particles fall directly into the ash hopper or storage bin. The gas passes through filter bags, where dust is trapped on the bag surfaces. Cleaned gas flows into the clean air chamber via the bag openings and is discharged into the atmosphere by the fan.
The dust collector consists of a clean chamber, filtration chamber, and ash hopper, all designed as separate compartments. During operation, dust-laden gas enters the ash hopper through the inlet duct. Coarse dust particles fall directly into the bottom of the hopper, while fine particles follow the airflow upward into the filtration chamber. Dust accumulates on the outer surface of the filter bags. Filtered gas then flows into the clean chamber and is discharged through the clean air manifold and exhaust duct via the exhaust fan.
The ceramic multi-tube dust collector features an external Q235 steel structure and an internal assembly of multiple parallel ceramic cyclone dust collector units (also called ceramic cyclone bodies). These units, which can be standard ceramic cyclone units or direct-flow cyclone units, are systematically arranged within a single housing, equipped with a shared inlet pipe, outlet pipe, and ash hopper.
Widely used for purifying dust-laden gases in industries including building materials, mining, metallurgy, foundry, chemical engineering, coal, and non-metallic mineral ultrafine processing.