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Technical Fabrics

  • Basis: highly-flexible, technical weaving mill
  • Use of many different synthetic yarns such as polyester (normal and high strength), Trevira CS, polyamide 6.6, polypropylene and lots more
  • Additional use of glass yarns with textile or silane sizing agent and glass/polypropylene blended yarns
  • Combinations of different types of yarn possible -> hybrid fabrics
  • Warp beam weaving and creel feeding possible
  • Weaving width up to 5.30 m possible thanks to different looms

Application and uses


  • Composite materials consisting of two or more combined components
  • Glass fabrics (optionally with silane sizing agent) and glass/PP blended fabrics (Compofil) to give the composite matrix its reinforcing strength

Coating carriers: 

High-strength polyester, polyamide and glass fabrics for

  • Thick-film coating systems in the field of tarp banners and covers
  • Thermoplastic coating systems such as textile architecture and flexible containers
  • Aqueous coating systems for digital printing for indoor use
  • Solvent-based coating systems such as bellows materials
  • Coating applications with synthetic rubber in the field of expansion joints, bellows systems and flexible receptacles


  • Dense filament and fiber fabrics made of polypropylene for use in wet filtration systems to separate solids from liquid
  • Supporting fabrics made of polyester, polypropylene, PPS and PAN yarns for filtration systems used in hot gas filtration

Industrial applications:

  • Glass and polyester fabrics for reinforcing and insulating pipelines and also for high-voltage insulation
  • Fabrics used for sewer rehabilitation
  • Carrier fabrics for manufacturing artificial turf with the tufting method
  • Dense polyester fabrics for bulk bags
  • Polyamide fabrics to be further processed for outdoor applications (e.g. furniture, tents) and luggage/bags