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Wedge wire flat panels screens

Wedge wire flat panel screens are manufactured by welding special profiled working wires to support wires at an angle of 90 degrees.

A precise slot is achieved by applying modern welding technology on working wires and support wires. The result is a rigid screen construction capable of withstanding heavy loads with a great resistance.

Innovative solutions of technology allow:

  • to control quality of welding.
  • to use various working wires.
  • to design various slot sizes in one screen.
  • to design various support wires in one screen and
  • various distances between supports in one screen.
  • to gain superior flatness of sieves (no corrugation of working wires between support wires).

Cylindrical screens

Cylindrical screens are made by simultaneously winding a spiral of profiled working wire and welding them to support wires, which are arranged along the axis of the cylindrical construction. This technology makes it possible to provide welded profile wire screens for applications where high precision of the screen together with high strength is required.

Thanks to new welding technology we can provide:

  • Toptional distance between support wires.
  • very precise and repeatable slot.
  • screens in accordance to special requests of our clients.

Other wedge wire products

Flat sieves
Flat sieves are flat panels of welded profile wire, fixed to a frame and adapted to assembly. Depending on the kind of application, flat sieves can be divided into:

 

Sieves working in dynamic systems:

  • panels to be incorporated in vibrating sieves.
  • special reinforcement depending on the sieve load is necessary.
  • special finishing to guarantee secure, long working time and proper fixing of the sieve to the application frame.

 

Sieves working in static systems:

  • do not require any special reinforcements,
  • can work as bottoms and decks in tanks and storage reservoirs and sumps

 

Arch sieves
Arch sieves are mainly used for dewatering and separation of solid particles from liquids. Depending on the kind of application, they can be divided into arch sieves with gravitational loading or arch sieves with pressured loading.

The application of arch sieve provides:

  • Uniform flow onto the sieve (using the whole sieve surface)
  • High speed of flow onto the sieve
  • Increased classification effectiveness and efficiency (due to the possibility of applying the working wire at a defined angle relative to support wire).

 

Gutter sieves
Gutter sieves are used as bottoms of screw conveyors, where in addition to dewatering or separation, transportation is also required.

 

Conical sieves and baskets
Conical sieves and conical baskets are mainly used in dewatering centrifuges. They can be divided into two categories depending on their working system:

 

Working in dynamic system:

  • for all kinds of centrifuges.
  • with self-supporting structure consisting of ribs, rings, flanges which constitute an integral part of the sieve construction. After a period of exploitation the whole basket has to be replaced.
  • without the supporting structure.
  • as screening insert for non-disposable structural frames. The only thing to be replaced is the screen insert

 

Working in static systems:

  • filter cartridges
  • filter elements for pipelines

 

Others
Available on request.

Applications

Gas and oil industry
Production of fuel and lubricants.
Desulphurization.
Drying of natural gas.
Regeneration of catalysts.
Catalytic reactors.
Protection of fittings and compressors.

Chemical industry
Processing of paints and coatings.
Processing of chemicals.
Processing polymers.
Purification of potassium.
Purification of phosphate.

Mining
Coal enrichment.

Food industry
Extraction.
Fluidized beds.
Absorption.
Adsorption.
Sorting.
Drying.

Cellulose and paper industry
Coating.
Blending.
Dewatering.
Refining.

Water process
Drinking water treatment
Waste water treatment
Industrial water treatment
Ion exchanger
Sea water desalinisation
Irrigation

Exploitation of energy and
mineral resources
Water exploitation.
Oil extraction.
Extraction of natural gases.
Recycling.