Large capacity Air drum separator apply to the separation of light and heavy materials.

Air drum separator is a kind of equipment used to separate and classify particulate materials, mainly based on the density, shape and aerodynamic characteristics of the materials.

1.) The basic working principle of the air drum separator is to use air flow to separate particles of different densities or shapes. When the material is fed into the air classifier, the air flow generated by one or more fans will suspend and carry away the lighter impurities (such as dust and debris), while the heavier high-quality particles will fall and be collected through a specific outlet.

2.) Main components

1. Feed system: used to evenly feed the material to be processed into the air drum separator.

2. Fan or blower: Generates the necessary air flow to achieve sorting.

3. Sorting chamber: The material meets the air flow here and is separated.

4. Collection system: used to collect qualified products and waste separately.

5. Control system: may include devices for adjusting parameters such as air flow speed and material flow.

3.) Air drum separator are widely used in many industries due to their unique sorting principle. The following are some typical application scenarios of air drum separator:

1. Construction and decoration waste treatment:

Effectively separate reusable lightweight materials (such as foam, plastic, paper, etc.) to reduce the landfill pressure of construction waste.

Improve the resource utilization rate of construction waste.

2. Treatment of domestic waste incineration slag:

Accurately extract valuable light residues, such as incompletely burned organic matter, plastics, etc.

Improve resource recovery rate and reduce environmental pollution.

3. Treatment of stale garbage:

Even stale garbage that has been piled up for a long time and has complex components can be effectively sorted through wind selection technology.

It helps to recycle resources and reduce environmental burden.

4. Agricultural application:

After grain harvest, it is used to remove impurities (such as straw, leaves, dust, etc.) in grains.

It can help improve the quality and market value of crops.

5. Food processing industry:

Such as sorting of nuts, coffee beans, etc., removing foreign matter and defective products.

Ensure the purity and consistency of products.

6. Wood processing industry:

It is used to remove impurities in sawdust and improve the quality of wood products.

Such as screening of sawdust and wood chips to ensure the quality of the final product.

7. Mineral resource processing:

Primary sorting of some minerals, removal of impurities, and improvement of subsequent processing efficiency.

8. Solid waste recycling industry:

Separate the light objects (such as fluff, sponge, soil, plastic bags, etc.) in the recycled materials to improve the purity of the recycled materials.

Reduce the cost of subsequent processing.

4.) Advantages

1. High efficiency: Able to quickly process a large amount of materials.

2. Accuracy: The air flow parameters can be adjusted as needed to achieve the ideal sorting effect.

3. Flexibility: Applicable to a variety of materials and application scenarios.

4. Environmental protection: Compared with other physical sorting methods, the wind sorting process generates less noise and pollution.

5.) Precautions

1. Regular maintenance and cleaning to maintain optimal performance.

2. Select the appropriate wind separator model and configuration according to specific application requirements.

3. Through these application scenarios, it can be seen that the wind separator not only plays an important role in waste management and resource recovery, but also has an irreplaceable position in improving product quality and production efficiency.