Tenron provides higher performance, reduces weight and improves safety.
- Car body
- Car frame
- Battery housings
- Passenger seats
- Exhaust pipes
- Bulletproof vehicles
- Etc.
The Game changer
The best combination of high strength and high shock absorption of any material while being lightweight equals improved performance
- Weight reduction
- Increased safety (high shock absorption)
Resistance to fire and high temperature increases safety
- Resistant to fire (up to 1300 C)
- Low thermal expansion
- No smoke or ash dissipation
Unmatched thermal insulation
- Higher battery performance
- Higher safety (no fire)
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)
