Cyclone separator

Filtration technology

Cyclone separator

The cyclone separator removes coarse dust and product by centrifugal force. With no moving parts it suits duty as a pre-separator ahead of the jet filter or as a standalone coarse stage on pneumatic lines.

Confirm price, delivery and installation

Operating principle

Dirty gas enters tangentially and forms a vortex. Heavier particles travel to the wall and drop to the underflow; the gas leaves at the top. There are no moving parts. The cyclone often sits ahead of a bag filter to reduce its loading and recover coarse product.

Where this machine is used

Pneumatic conveying and dust collection in wood, cement, food, chemicals and mining.

Advantages

Separation by centrifugal force, no moving parts

Pre-separator ahead of the bag filter

Recovery of coarse fractions

Robust, low-maintenance construction

Technical data

Air volume

On request

Diameter

On request

Pressure drop

On request

Coarse collection efficiency

On request

Options

  • Diameter by air volume and loading
  • Wear lining
  • Rotary-valve discharge
  • Combination with jet filter

Industries

  • Wood
  • Cement
  • Food & chemicals
  • Mining

Material options

  • Wood and cement dust
  • Food and chemical dust
  • Mineral dust

Frequently asked sizing questions

What data is required to size a cyclone separator?

Required data includes air volume, dust loading, particle-size distribution, bulk and particle density, temperature, moisture, required separation duty and available pressure. Abrasive or sticky materials require additional wear and flow data.

When is a cyclone sufficient and when is a bag filter needed?

A cyclone is primarily suited to coarser particles and pre-separation. Where fine residual dust or a low emission value is required, a downstream filter stage is normally assessed. The decision depends on particle distribution and the permitted clean-gas value.

Is collection efficiency a fixed catalogue value?

No. Expected collection efficiency and pressure drop are calculated for the actual gas and particle duty and, where needed, supported by a trial. Binding values are defined only in the project-specific technical specification.

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Information for a reliable technical assessment

Complete process data helps us assess the machine, options and scope of supply more precisely.

  • Feed material or workpiece and required process result
  • Initial condition, target quality and required capacity or cycle time
  • Operating conditions such as moisture, temperature, abrasion or hygiene requirements
  • Available installation space and mechanical, electrical or process interfaces
  • Required scope of supply and technical documentation

Have the machine sized for your process

Tell us the feed material, feed and target particle size, required capacity and operating time. We will assess the technically suitable configuration.