Multiaxial Reinforcements

 

Multiaxial Product Group

METYX high-performance multiaxial reinforcements are engineered fabrics consisting of one or more layers of unidirectional fibers. These layers are held in place by a non-structural stitching thread, which is generally a polyester yarn.

Product Range

  •  Unidirectional
  •  Biaxial
  •  Triaxial
  •  Quadraxial
  •  Combi Mat

All reinforcements available in E-glass, Aramid, Carbon, and Hybrid forms.

Main Benefits

  •  Wide product range
  •  Innovative technology
  •  Flexible production
  •  Quality you can count on
  •  Reliable long-term supplier

Carbon Reinforcement Range

METYX: your reliable, long-term source for top quality carbon fabrics. Our multiaxial and woven carbon fabrics deliver the superior strength, lightweight properties, and speed your high-end applications require. We are your reliable, long-term source for top quality carbon fabrics and customized solutions.

Product Range:

  • Unidirectional
  • Biaxial
  • Triaxial
  • Quadraxial
  • Wovens
  • Hybrids

All reinforcements available in the standard and spreaded forms.

 

New CFM Products: Matvantage Plus and PV

METYX proudly introduces MATVANTAGE PLUS and MATVANTAGE PV — next-generation Continuous Filament Mat (CFM) products designed for
high-performance pultrusion applications. Developed with sustainability, speed, and process compatibility in mind, these products bring you superior
mechanical properties, easy handling, and enhanced throughput. Whether for construction, infrastructure, automotive, or renewable energy, METYX delivers solutions tailored to industrial performance and environmental goals.

Matvantage Plus is a pure, stitch-bonded Continuous Filament Mat (CFM) with zero binder, engineered for high-speed pultrusion and delivering outstanding structural strength
Matvantage PV builds on this by integrating a surface veil, enhancing surface finish and weather resistance, making it ideal for applications where aesthetic appearance and durability are essential.

For further details please click here

 

 

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