Types of powder paint collecting cyclones

Cyclones are made in different models depending on the capacity and type of production line:

- Suitable for semi-industrial lines

- Simple structure

- economic cost

- Higher recycling efficiency

- Suitable for industrial and automatic lines

- Reducing output powder

- The highest amount of powder absorption

- Very clean air outlet

- Suitable for environmental standards

The main components of the powder paint collection cyclone

A standard cyclone includes the following parts:

- conical or cylindrical metal body

- air intake

- Eddy current creation chamber

- powder collection tank

- clean air outlet

- Suction fan (in complete system)

Advantages of powder paint collection cyclone

✔️ It is possible to recycle powder paint up to 95%

✔️ Reducing paint consumption and costs

✔️ increasing the durability of paint cabin equipment

✔️ reducing environmental pollution

✔️ Improving the working conditions of operators

Applications of powder paint collection cyclone

- Electrostatic powder paint cabins

- Automatic and manual color lines

- Metal, aluminum and steel industries

- Manufacturers of industrial and construction parts

Difference between cyclone and cartridge filter

- Cyclone: ​​mechanical separation, lower energy consumption, better color recycling

- Cartridge filter: higher accuracy in absorbing small particles, need to change the filter

In many professional lines, the combination of cyclone and cartridge filter produces the best result.

Important points in choosing a powder paint collection cyclone

At the time of choosing or ordering, pay attention to the following:

- line capacity and paint spray volume

- color cabin type

- percentage of required recycling

- installation space

- The quality of construction and sealing

Summary

Cyclone for collecting powder paint is one of the key equipments in electrostatic paint lines, which plays an important role in optimizing the industrial painting process by effectively recycling paint powder, reducing pollution and increasing production efficiency.