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JetmillMFGCyclone Separator: Industrial Air and Particle Separation Device

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A cyclone separator is an essential component in dry gas-solid separation, enabling efficient particle removal from air or gas streams in various industrial processes. Utilizing a design that involves no filters, this equipment leverages centrifugal force, induced by high-speed tangential entry of the gas stream, to efficiently separate particles based on inertia differences between the particles and the gas. The separator comprises a cylindrical body, a conical section, an inlet, a collection chamber, an airlock, and an outlet, making it operationally efficient with a compact footprint. Cyclone separators are particularly effective for managing particles larger than 5-15μm in diameter, often integrated into grinding and classification systems where effective separation of materials from air streams is critical. Its operational simplicity, ease of maintenance, and high efficiency make it an ideal choice for chemical, pharmaceutical, and other manufacturing applications.
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A cyclone separator is a dry gas-solid separation device that separates particles from the air or gas stream, without the use of filters. Cyclone separators play a critical role in various industrial processes because of their simple structure, small footprint, convenient operation and maintenance, and high separation efficiency.

The basic structure of a cyclone separator typically consists of a cylindrical body, a conical section, an inlet pipe, a collection chamber, an airlock and an outlet. Our cyclones separators are used in grinding and classifying equipment for separating products from air streams.

The gas steam enters the cyclone through the inlet pipe at a high speed along the tangential direction of the cylindrical body and starts to rotate. During the rotation, the gas steam generates a significant centrifugal force. Due to the larger inertia of the particles compared to air, most of the particles are thrown towards the inner wall of the cyclone. The particles lose their inertia and fall along the wall, entering the collection chamber. The collected particles are discharged through the rotary valve.

The descending rotating air steam, upon reaching the bottom of the cone, forms a rising inner swirling steam and is exhausted through the central outlet at the top. Most cyclone separators are generally built to control particles larger than 5-15μm in diameter.

 
  • Simple construction with no moving parts
  • High efficiency in removing solid particles from gas streams
  • Typically compact in size and do not require a large footprint
  • Low maintenance requirements, reducing downtime and maintenance costs
  • Minimal energy input for particle separation
  • Low investment compared to other separation equipment