What is Cyclone dust collector?
Cyclone dust collector is a commonly used mechanical dust removal equipment that uses the principle of centrifugal force to separate and remove particles from exhaust gas. It mainly consists of an air inlet, a cyclone body, and an exhaust port. The working principle of a cyclone dust collector is to use the high-speed rotating airflow inside the cyclone to generate centrifugal force, separating particles from the exhaust gas. Cyclone dust collectors are suitable for waste gas treatment scenarios with large particle diameters and a large amount of particulate matter. Low concentration. It has the advantages of simple structure, stable operation, and low cost. Among mechanical dust collectors, cyclone dust collectors are the most efficient. It is suitable for the removal of non viscous and non fibrous dust, mostly used to remove 5 μ Particles above m, parallel multi tube cyclone dust collector device for 3 μ The particles of m also have a dust removal efficiency of 80-85%. The cyclone dust collector constructed with special metal or ceramic materials that are resistant to high temperature, wear and corrosion can operate at temperatures up to 1000 ºC and pressures up to 500 × 105Pa.
Cyclone dust collector advantages
The advantages of cyclone dust collectors (1) Efficient: Cyclone dust collectors have efficient dust removal capabilities and can effectively remove large particles of dust. (2) Simple: The cyclone dust collector has a simple structure, does not require external power, and has low maintenance costs. (3) Easy to maintain: Due to the simple structure of the equipment, the maintenance of the cyclone dust collector is relatively simple, and the bottom dust collector only needs to be cleaned regularly
Application units: Building materials, cement, metallurgy, machinery, chemical industry, refractory materials industry
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Standard Model
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MC-24
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MC-32
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MC-36
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MC-48
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MC-64
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MC-80
|
|
Filtration Area m2
|
20
|
25
|
30
|
40
|
50
|
64
|
|
Standard Model
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MC-96
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MC-100
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MC-120
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MC-160
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MC-200
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MC-240
|
|
Filtration Area m2
|
77
|
80
|
96
|
128
|
160
|
192
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Operational principle
After the dusty gas enters the dust collector through the air inlet, it is divided into two types of airflow, upper and lower, and presents a double vortex motion while obtaining rotational motion. Dust generates a strong separation effect at the bottom of the exhaust outlet, which is the boundary of the double vortex. Fine and lighter dust particles are carried upwards by the upper vortex airflow, forming a strong rotating ash ring under the top cover, generating dust particle aggregation and being led out by the upper opening of the specially designed bypass separation chamber. Through the spiral groove at the lower part of the bypass separation chamber, they are introduced from the outer wall return air outlet of the dust collector to the lower part of the dust collector cylinder and converge with the internal airflow. The dust is separated and falls into the ash hopper. The other part of the heavier dust particles are separated and enter the ash hopper through a similar process of passing through the upper vortex airflow along the lower section of the dust collector, driven by the lower vortex airflow.
Customized solutions are the core concept of SDCAD!
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