Tenron provides higher performance and safety, reduces CO2 impact and is recyclable.
- Wind turbines
- Hydrogen tanks
- Gas tanks
- Battery housings
- Etc.
The Game changer
The best combination of high strength and high impact resistance of any material equals improved design and safety
- Small and very large wind turbine blades
- Latest generation tanks (V)
- Batteries (separators)
Unique resistance in aggressive environments
- Wind turbines in the ocean to withstand a harsh environment (salt water, UV rays, etc.)
- Hydrogen and gas tanks to withstand humidity
- No chemical reaction inside the tank with hydrogen or gas
Resistance to fire (up to 1300 C) increases safety
- Hydrogen tanks
- Gas tanks
- High pressure tanks
- Battery housings
Excellent weight – strength ratio allows significant reduction of weight
- Wind turbine blades are more easily handled
- Hydrogen tanks to reduce their CO2 impact when being used in transportation
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
Extremely positive environmental impact
- Requires significantly less energy to produce compared 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)
