TenCate Solutions
- New lakes in Czech Republic with TenCate geosynthetics
- Landscaping project in Gaziantep (Turkey)
- TigerTurf goes the distance
- TenCate Defender™ M in FR-ACU and FROG
- Synthetic turf for 5-a-side pitches
- Composites for innovation in mobility
- TenCate Mirafi® RS580i for a durable subgrade
- TenCate prepreg systems for Orion
- Dewatering projects in Rio de Janeiro
- TenCate Tecasystem™ - new protective solutions
- TenCate Geotube® technology for dewatering
- Dewatering project in Almeirim (Portugal)
- TenCate Geotube® in Korea awarded
- Runway extension airport Ain Arnat
- Avalanche protection Innsbruck
- Carbon laminates for Airbus A350 XWB
- TenCate Liba® stands the test
- Monitoring and warning system
- Rehabilitating and protecting coastline of Grand Isle
- Multi-layer protection on the job
- TenCate Campshield™ for group tents
- Geosynthetics in the Volgermeerpolder
- Dewatering of contaminated sediments
- Safe waste storage Laogang
- Bank restoration industrial terrain
- Geosynthetics for a green appearance
- Developments in synthetic turf systems
- Retaining wall with element of green
- Composites in climate-neutral vehicle
- Composites for UltraLight Glider
- Solar Team Twente 2009
- Solar Team Twente 2007
- Solar Team Twente 2005
- KG-1 Concept
- Go-4 Dakar
- DUT Racing Team
- Superbus Concept
Solar Team Twente 2007
Finished as number 6
Like the aviation sector, the auto industry too has a great deal to gain from the use of more composite materials. After all, these materials are lighter than aluminium, stronger than steel and in theory recyclable. The Twente One 2007, the solar car of the Solar Team Twente 2007 is light thanks to aerospace composite materials from TenCate. This sustainable vehicle achieved speeds as high as 126 kilometers per hour during the 2007 World Solar Challenge through Australia and finished as number 6.
Composite materials
Thermoplastic and thermosetting materials of TenCate contribute to more sustainable transport. The car racing industry is already making considerable use of these innovative materials, which are widely used in the aircraft and space industry. Solar Team Twente 2007 finished the more than 3,000 kilometers journey and won on technology and innovation, thanks to the integrated pivoting wing, made of aerospace composite: a novelty in the world of mobility. Made with composite material, consisting of carbon fabric.
Mobile solar panel
During the outback journey down under, the Twente One 2007 was equipped with a solar panel that could be pivoted. This allowed the most ideal angle of the sun – focused directly onto the solar cells – to be achieved for the greater part of the day. In addition, a patented lens system was used, in which the solar cells could move under the lenses so that they always remained in focus. This also produced extra solar energy.

