Cyclone Separators

A cyclone represents a cylindrical vessel with a conical bottom and outlet pipe, which is placed inside the cylindrical part. Inside the cyclone, under the action primarily of centrifugal force, air is freed from solid particles.

For particle separation from air flow we offer high-efficiency cyclone separators made from pickled sheet metal in welded construction with their own load-bearing structure and cap for vertical air outlet. Cyclone separators are made in several sizes depending on the quantity and type of transported air. They can be mounted individually or in a cyclone battery with common inlet and outlet channels.

Connecting multiple cyclones creates a cyclone battery with greater capacity. Cyclones can be manufactured to operate in overpressure mode as well as in underpressure mode, so they can be used in closed transport systems.

All cyclones are manufactured with their own load-bearing structure through which they are placed in the designated place (foundations, silo, receiving basket of briquet press,..). The material for cyclone construction is mainly steel sheet of required thickness welded into one unit, as needed and at investor's request they can also be made from stainless steel sheet. Cyclones are manufactured in several variants: RAS, RAS effect and cyclones with higher separation degree type C. Cyclones are manufactured with capacity from 1000-50000m3/h with pressure drop from 500-1600 Pa.

Technical specifications

  • Capacity: 1,000 – 50,000 m³/h
  • Separation efficiency: up to 98% for particles >10 μm
  • Material: Pickled or galvanized sheet, stainless steel on request
  • Design: Individual or battery cyclones
  • Pressure drop: 500 – 1,600 Pa
  • Load-bearing structure: Included
  • Warranty: 24 months

Advantages

  • High particle separation efficiency
  • Robust and durable construction
  • Low maintenance costs
  • Simple assembly and integration
  • Possibility of operation at high temperatures
  • Environmentally acceptable solution
  • No moving parts – minimal risk of breakdown