CLK diffusion cyclone dust collector, also known as inverted cone cyclone dust collector, can avoid secondary dust generation and dust removal caused by dust, and is suitable for capturing dry non fibrous granular dust. Widely used in industries such as metallurgy, casting, building materials, chemical and grain, cement, etc., it captures dry non fibrous granular dust and smoke dust for dust removal, and can be used as a material recovery equipment.

The CLK diffusion type cyclone dust collector has an inverted conical shape, which reduces the possibility of dust containing gas short circuiting from the cylinder to the outlet. It is also equipped with a conical reflection screen to prevent the separated dust from being rolled up again by the rising airflow. It has the advantages of dust removal, simple structure, easy processing and manufacturing, low investment, and moderate pressure loss.

The CLK diffusion cyclone dust collector is suitable for capturing dry non fibrous granular dust. Its main feature is that the cylinder body is inverted conical, which reduces the possibility of dust containing gas short circuiting from the cylinder body to the outlet. It is also equipped with a conical reflection screen to prevent two airflow streams from re rolling up the separated dust and being carried out by the upward airflow, thereby improving the dust removal efficiency. CLK diffusion cyclone dust collector is suitable for capturing dry non fibrous granular dust and smoke dust in industries such as metallurgy, casting, building materials, chemical grain, cement, etc. It can be used as a material recovery equipment.

Working principle of CLK diffusion cyclone dust collector:

Dust containing gas enters the cylinder in a tangential direction through a rectangular air inlet. Under the action of centrifugal force, the dust is thrown towards the wall of the cylinder and rotates downwards with the rotating air flow. Most of the airflow is diverged by the reflection screen and rotates upwards through the exhaust pipe, while a small portion of the airflow enters the ash hopper through the annular gap between the dust reflection screen and the cone. The diameter of the lower part of the shell increases, and the rotating airflow slows down. The dust is captured and collected in the ash hopper under the inertia effect, and the gas is discharged through the ventilation hole of the reflection screen to the exhaust pipe.

Structural design of CLK diffusion cyclone dust collector:

The proportion design of each part of the CLK diffusion cyclone dust collector should be reasonable. The diameter and height of the outer cylinder of a cyclone dust collector have a significant impact on its performance. The smaller the diameter of the outer cylinder, the greater the centrifugal force exerted by the airflow on the dust particles. Therefore, a slender cyclone dust collector has higher efficiency than a short and coarse dust collector, and can capture finer dust particles, but the fluid resistance is greater. It is generally believed that the height of the outer cylinder of a high-performance cyclone dust collector is 1-2 times its diameter, the height of the vertebral body is 1-3 times its diameter, and the angle of the vertebral body is 20 ° -40 °.

The aspect ratio of the inlet section of the CLK diffusion cyclone dust collector is also important. The smaller the aspect ratio, the thinner the radial airflow at the wellhead, which is more conducive to the separation and settling of dust inside the cylinder, and the higher the dust removal efficiency. Therefore, the cross-section often adopts a rectangle with a width to height ratio of about 2.