A cyclone dust collector utilizes the power of a fan to introduce a dusty airflow into a cyclone separator. The dusty airflow flows through a centrifugal disk, generating centrifugal force that causes large particles of dust to slide down the bucket wall to the collection box, achieving separation effect; The cyclone separator can achieve an efficiency of over 95% in separating dust particles larger than 10 μ m. It is commonly used in pre-treatment systems for large particle dust removal or multi-stage dust removal.

The cyclone dust collector has a simple structure, low cost, and easy installation and maintenance. It is mainly suitable for non fiber dust with large and dry dust particles, and is suitable for industries such as smelting, casting, sandblasting, building materials, and refractory. The dust collector has single cylinder, double cylinder, and multi cylinder combination forms according to the processing air volume.

Equipment structure:

The cyclone separator consists of the following components:

1. The cyclone machine is equipped with an intake pipe
2. Cyclone bucket body
3. Centrifugal disk
4. Ash unloading system
5. Composition of exhaust pipe.

working principle:

Cyclone dust collector is a type of dust removal device. The principle of settling is to make the dusty airflow rotate, use centrifugal force to separate and capture dust particles from the airflow, and then use gravity to make the dust particles fall into the ash hopper.

When the dusty airflow enters the dust collector from the tangential inlet, it is introduced between the outer shell and exhaust pipe of the dust collector. The airflow rotates inside the dust collector, forming a downward rotating outer vortex. The dust particles in the airflow move towards the outer wall under the action of centrifugal force, reach the wall surface, and fall along the wall into the ash hopper through the dust discharge hole under the action of airflow and gravity. Thus achieving the goal of ash gas separation.

The purified gas forms an internal vortex, rises to the outlet, and is discharged through the exhaust pipe.