CLT/A series cyclone dust collector (single cylinder, double cylinder, three cylinder, four cylinder, six cylinder)

Overview

The cyclone dust collectors produced by our company are classified according to the number of cylinders, with five combinations including single cylinder, double cylinder, triple cylinder, and six cylinder. Each combination has two types of air outlet: Type I horizontal air outlet and Type II (upper air outlet). For Type I twin tube combination, there are two types of combinations: center inlet & outlet air and side inlet & outlet air. Type I single tube and triple tube only have side outlet air, while four tube and six tube combination only have center inlet & outlet air. For various combinations of Type II, any of the above Type I inlet positions can be used. This dust removal equipment has the characteristics of low resistance, high dust removal efficiency, large air processing volume, stable performance, small footprint, simple structure, practicality and low cost. Suitable for coarse and intermediate dust purification in various mechanical processing, metallurgical building materials, and mining operations.

Working mechanism

The difference in the magnitude of the inertial centrifugal force generated by the cyclone airflow on dust particles and air separates them. The dusty airflow enters the cylindrical body from the intake pipe at a speed of 12-25m/s along the tangential direction, and spirals downwards between the outer cylinder and the central exhaust pipe. Inertial centrifugal force is generated during the rotation process. Dust particles are affected by airflow movement in one direction and rotate downward within it; On the other hand, under the action of centrifugal force, it gradually spreads outward and approaches 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 at the bottom ash outlet in the middle and discharged from there. The gas, due to its small mass and minimal centrifugal force, moves towards the center of the dust collector with the contraction of the cone shape, and is subjected to bottom resistance to rise, forming an upward vortex that is discharged from the upper end of the exhaust pipe to achieve dust removal.

Main component

The air inlet, volute, cylinder and  hopper 

Model  description

Range of Gas flow processing 

1000~500000m³/h, the outlet emission concentration is less than 50mg/Nm³.

Applicable industry
Cleaning and recycling of dusty gas in building materials, metallurgy, electric power, non-ferrous and chemical industries

Technical innovation points:

● Low resistance, high dust removal efficiency
● Large air volume and high inlet concentration
● Small footprint
● Simple structure, easy maintenance
● Low operating costs.

Technical performance