All applications

Aeronautics

Withstanding the most extreme conditions.

Sebastian Grochowicz Zzwyd Tc Ji Unsplash

Tenron allows new levels of performance and safety.

  • Helicopter blades
  • Wing plane leading edges
  • Aircraft noses
  • Cockpit security doors
  • Aircraft engine protection felts
  • Aircraft passenger seats
  • Fire proof aircraft interiors
  • Radomes
  • Drones
  • Etc.

The Game changer

Helicopter Blades​

The best combination of high strength and high impact resistance of any material while being lightweight equals increased performance

  • Weight reduction
  • Increased safety (high impact resistance)
Tenron Application Aircraft On Fire

Resistant to fire and able to withstand extremely high temperatures: Increased safety​

  • High thermal insulation​
  • Resistant to fire (up to 1300 C)​
  • Low thermal expansion​
  • No smoke or ash dissipation​
Tenron Application Aircraft Nose

Unmatched ratio of electric insulation (dielectric) and lightness​

  • ​Substantial weight reduction​

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Tenron Plane

No galvanic corrosion based on 100% mineral composition​

Tenron Automotive Helicopter In Extreme Conditions

Much longer lifetime compared to other high-performance materials

  • High fatigue performance​
  • High compatibility to any kind of resin ​
  • High resistance to aggressive environments (salt water, UV rays, hydrocarbons, etc.)​
  • No sensitivity to humidity
Photo 8 New 2

Extremely positive environmental impact

  • Requires significantly less energy to produce compare​d to other high-performance materials used today
  • The electricity used in the production of Tenron is from 100% certified renewable sources from wind turbines
  • Recyclable
  • Life cycle assessment (see LCA) extremely interesting compared to other fibres​
  • Compliant with EU rules on chemical use (REACH)

 

Redcharlie Qfld2f7e0i4 Unsplash
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Marine