1:GKD - Gebr. Kufferath AG
- 1.1:Worldwide.
- 1.2:News.
- 1.3:Press.
- 1.4:Exhibitions.
- 1.5:Quality.
- 1.6:General Terms and Conditions.
- 1.7:Contact.
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2:World Wide Weave
- 2.1:Industrial Meshes
  - 2.1.1:Applications
    2.1.1.1:Solid-Liquid-Filtration.
    2.1.1.2:Precoat Filtration / Precoat Filter Systems.
    2.1.1.3:Polymer Filtration.
    2.1.1.4:Sand Control Screens.
    2.1.1.5:Hot Gas Filtration.
    2.1.1.6:Sieving Technology / Sieving.
    2.1.1.7:Distillation.
    2.1.1.8:Fluidization.
    2.1.1.9:EMI Shielding.
    2.1.1.10:Acoustic Applications.
    2.1.1.11:Stirling Technology.
    2.1.1.12:Composite Materials / Lightning Strike Protection (LSP).
    2.1.1.13:Electronics.
    .
  - 2.1.2:Markets
    2.1.2.1:Base Materials Industry.
    2.1.2.2:Automotive.
    2.1.2.3:Chemical / Pharmaceutical / Food Industries.
    2.1.2.4:Plastics Industry.
    2.1.2.5:Electronics.
    2.1.2.6:Aerospace.
    2.1.2.7:Renewable Energies.
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  - 2.1.3:Types of wire mesh
    2.1.3.1:Square Mesh.
    2.1.3.2:Plain Dutch Weave.
    2.1.3.3:PZ-Microdur Weaves / Reverse Plain Dutch Weaves.
    2.1.3.4:Twilled Dutch Weaves.
    2.1.3.5:KPZ-Microdur Mesh / Reverse Twilled Dutch Weave.
    2.1.3.6:Optimized Plain Dutch Weaves.
    2.1.3.7:TELA Mesh / Atlas Mesh.
    2.1.3.8:Multiplex Mesh.
    2.1.3.9:Volumetric Mesh.
    2.1.3.10:Wire-Fibre Composite Mesh – YMAX®.
    2.1.3.11:GEKUPLATE / Wire Mesh Laminates.
    2.1.3.12:Hybrid Meshes.
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  - 2.1.4:Filters
    2.1.4.1:Horizontal Pressure Leaf Filters.
    2.1.4.2:Vertical Pressure Leaf Filters.
    2.1.4.3:NEVERLEAK™ Elements / Filter Leaves.
    2.1.4.4:Cartridge Filters.
    2.1.4.5:Disc Filters.
    2.1.4.6:Centrifuges.
    2.1.4.7:Drum Filters.
    2.1.4.8:Spinneret Filters.
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  - 2.1.5:Services
    2.1.5.1:Semi-Finished Products / Automation / Logistics.
    2.1.5.2:Simulation.
    2.1.5.3:Support for Product and Process.
    2.1.5.4:New Development / Optimization.
    2.1.5.5:Installation / Startup.
    2.1.5.6:Sieving Frame Rescreening / Sieve Repair.
    2.1.5.7:Post-Treatment of Mesh.
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  - 2.1.6:InfoCenter.
  .
- 2.2:Process Belt Meshes
  - 2.2.1:Applications
    2.2.1.1:Dewatering / Pressing / Filtering
    1872205--.1:2:Belt Press.
    1872215--.2:2:Belt filter.
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    2.2.1.2:Pressing / Embossing Wood
    1272275--.1:3:Stage Press.
    1272385--.2:3:Short-cycle Press / Steam Press.
    1272395--.3:3:Prepress.
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    2.2.1.3:Cooling / Freezing.
    2.2.1.4:Drying / Heat Treatment
    2323305--.1:3:Belt Dryer up to 140°C.
    2323315--.2:3:Belt Dryer up to 200°C.
    2323325--.3:3:Belt Dryer above 200° C.
    .
    2.2.1.5:Forming.
    2.2.1.6:Washing.
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  - 2.2.2:Markets
    2.2.2.1:Foods / Chemistry.
    2.2.2.2:Fruit Juice Production.
    2.2.2.3:Nonwovens / Fabric
    1352455--.1:2:Nonwoven Forming.
    1352465--.2:2:Web bonding.
    .
    2.2.2.4:Wood Working.
    2.2.2.5:Bioenergy
    2342535--.1:2:Drying Wood Shavings / Pellets.
    2342555--.2:2:Sludge Dewatering.
    .
    2.2.2.6:Sludge Treatment
    1372585--.1:2:Sludge Dewatering.
    1372575--.2:2:Sludge Drying.
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    2.2.2.7:Mining Industry.
    2.2.2.8:Corrugated Board.
    2.2.2.9:Insulating Material.
    2.2.2.10:Flue Gas Desulphurization.
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  - 2.2.3:Mesh Types
    2.2.3.1:Metal Mesh
    1412635--.1:7:Plain Weave single-warp.
    1412675--.2:7:Plain Weave double-warp.
    1412655--.3:7:Plain Weave triple-warp.
    1412625--.4:7:Twilled Weave.
    1412645--.5:7:TRACKMATIC.
    1412665--.6:7:Lightweight TRACKMATIC.
    1413295--.7:7:FLEXOPLAN.
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    2.2.3.2:Synthetic Mesh
    1422005--.1:5:Plain Weave / Linear Screen.
    1422015--.2:5:Twilled Weaves.
    1422025--.3:5:Polyphenylene Sulfide Mesh (PPS).
    1422035--.4:5:Polyetheretherketone (PEEK).
    1422685--.5:5:Synthetic Mesh multi-layer.
    .
    2.2.3.3:Metal/Synthetic Hybrid Mesh
    1432045--.1:3:DUOFIL Plain-weave Blended Mesh.
    1432075--.2:3:V-crimp Type Belt Stainless Steel/Synthetic Cable.
    1432085--.3:3:CONDUCTO Antistatic Synthetic/Bronze Hybrid Mesh.
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  - 2.2.4:Belt Equipment
    2.2.4.1:Seams for Process Belts
    1442705--.1:2:Seams for Metal Mesh Belts.
    1442695--.2:2:Seams for Synthetic Mesh Belts.
    .
    2.2.4.2:Edges
    1452725--.1:2:Metal Mesh Belt Edge Work.
    1451465--.2:2:Synthetic Mesh Belt Edge Work.
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    2.2.4.3:Coatings.
    2.2.4.4:Process Belt Feeders.
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  - 2.2.5:Service Facilities
    2.2.5.1:On-site Consultation.
    2.2.5.2:Individualized Evaluations.
    2.2.5.3:Customized Design.
    2.2.5.4:Belt Installation.
    2.2.5.5:Startup Support.
    2.2.5.6:Repairs.
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  - 2.2.6:InfoCentre.
  .
- 2.3:Architectural Meshes
  - 2.3.1:Solutions
    2.3.1.1:Facades.
    2.3.1.2:Media Facades.
    2.3.1.3:Interior functions.
    2.3.1.4:Interior design.
    2.3.1.5:Wind tunnel.
    2.3.1.6:Ceiling systems.
    .
  - 2.3.2:Reference Projects
    2.3.2.1:Museums / Public buildings.
    2.3.2.2:Airports / Train stations.
    2.3.2.3:Sports facilities.
    2.3.2.4:Hotels / Restaurants.
    2.3.2.5:Office buildings.
    2.3.2.6:Bridges.
    2.3.2.7:Shop construction.
    2.3.2.8:Multi-storey car parks.
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  - 2.3.3:Mesh Types
    2.3.3.1:Cable Meshes.
    2.3.3.2:Rigid Meshes.
    2.3.3.3:Spiral Meshes.
    2.3.3.4:LED Meshes
    712745--.1:2:Mediamesh.
    712735--.2:2:Illumesh.
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    2.3.3.5:Decorative Meshes.
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  - 2.3.4:InfoCentre
    2.3.4.1:Mediamesh Online Enquiry.
    2.3.4.2:Silentmesh product range.
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  .
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3:Capital Equipment
- 3.1:CompactFiltration
  - 3.1.1:Applications
    3.1.1.1:Grinding.
    3.1.1.2:Turning / Milling.
    3.1.1.3:Parts cleaning / High-pressure cleaning.
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  - 3.1.2:Markets.
  - 3.1.3:Filter systems
    3.1.3.1:Compact filter systems - MAXFLOW CS.
    3.1.3.2:Endless belt filters - MAXFLOW FS.
    3.1.3.3:Compact filter modules - MAXFLOW 503/504.
    .
  - 3.1.4:System concepts.
  - 3.1.5:User reports.
  - 3.1.6:Services.
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Sludge Drying

WEAVEinMotion process belts are indispensable in the field of sludge drying. In close cooperation with belt dryer manufacturers GKD is developing various process-specific types of mesh. They are used in belt dryer systems and are proven quality products in the area of sewage sludge dewatering. The process belts are stable in both shape and dimension thanks to process-oriented thermal treatment. The process belts withstand chemical effects and temperatures of up to 180°C.

Optimal mesh structure - custom thermal treatment

Basic requirements for the selection of dryer belts:

Appropriate material quality (PES or PPS)
Custom thermal treatment for thermal stability
Optimal mesh opening for high level of air permeability and dust reduction
Chemical resistance
Optimal directional stability
Long-life cycle

Sludge Drying

Optimal mesh structure - custom thermal treatment

More on«Sludge Drying»

Service Facilities

Synthetic Mesh

Metal/Synthetic Hybrid Mesh

Seams for Process Belts

Edges

More on
«Sludge Drying»