NetComposites
3M

Felt IA FRD Reinforced by TeXtreme Contributes to Kona Ironman Triumphs

18 October 2016

Felt IA FRD Reinforced by TeXtreme Contributes to Kona Ironman Triumphs

Defending champion Daniela Ryf won the women’s Ironman World Championship in Kailua-Kona, Hawaii, US and set a new course record with a 8:46:46 finish, and for the second year in a row, Ryf was riding a custom made IA FRD reinforced by TeXtreme from Felt Bicycles.

Ryf and her Felt IA FRD laid the ground for the victory through an extremely strong bike ride.

According to Oxeon, manufacturers of TeXtreme, next to Ryf on the podium stood three-time Kona champion Mirinda Carfae, who also rode a Felt IA FRD. Carfrae won the 2013 and 2014 Ironman World Championship aboard the Felt IA FRD and this year’s win by Ryf, has given the Felt IA FRD four consecutive women’s Ironman World Championships.

Oxeon says that bikes with composite parts reinforced by TeXtreme carbon fibre materials have over the recent years been successfully used to win stages and races in competitions such as the Tour de France, Ironman World Championships, Giro d’Italia, La Vuelta a España and several World Championships.

“The unique material characteristics together with our knowledge in FEA analysis, lay-up optimisation as well as the manufacturing- and marketing support, position TeXtreme as the No.1 collaboration partner for achieving ultra light products. This past weekend’s win at Kona further strengthens this position”, says Andreas Martsman, VP – Marketing & Sales of Oxeon AB.

Oxeon claims that TeXtreme represents the next generation in state-of-the-art carbon fibre material and which has been broadly adopted by the bicycle industry. By weaving ultra thin, flat Spread Tows instead of round yarns, TeXtreme is being used to create ultra-lightweight, high-performance products. Companies utilising TeXtreme Technology achieve significant results in reducing weight while increasing stiffness and strength, in comparison to other carbon fibre materials.

Jeff Soucek, Director of R&D of Felt Bicycles, on their usage of TeXtreme, “We were looking for reduced weight on our frames, but still needed the same high properties of stiffness and strength. By using TeXtreme we succeeded in making frames that was lighter, as stiff, while actually increasing the impact durability. Because TeXtreme is so thin we could work with several plies to get the same thickness or less, resulting in significant improvements and a better riding experience.”

TeXtreme carbon fibre fabrics have been used throughout the bicycle market in frames, wheels, saddles, helmets and shoes for road cycling, mountain biking, Time Trial/Triathlon, cyclocross and track racing.

 


Photo provided by TeXtreme





Related / You might like...

Cobra Publishes Surfboard Case Study from 40 Years Book

Cobra International is celebrating its 40th year and has commissioned a book that will look at 40 key projects and 40 key people that were integral to the company’s growth. ‘Klaus Simmer and The King Cobra: A breakthrough in surfboard design and production technology’ is an extract article from this book and a breakthrough composites product for Cobra, establishing its presence as a manufacturer of high performance windsurf boards and creating global visibility for the Cobra brand.

ZSK's Technology Showcase Demonstrates TFP Applications

ZSK will hold its bi-annual technology showcase on 21-22 September 2018 at its Krefeld, Germany, headquarters. The Embroidery Technology Show assembles more than 25 exhibitors from around the world to discuss emerging trends in the embroidery manufacturing industry and demonstrate the latest products produced using techniques such as tailored fibre placement (TFP) or smart textiles.

Online Monitoring System Detects Milling Damage to Carbon Fibre Structures

Parth Rawal, a scientist at the Fraunhofer Institute for Manufacturing Technology and Applied Materials (IFAM), Stade, Germany, has been presented with the MT Aerospace Innovation Award for his master thesis Sensor Based Online Monitoring System for Detection of Milling Defects on CFRP Structures.