NetComposites
Thermwood

Faction Skis Releases New Collection Reinforced by TeXtreme

12 December 2017

Faction Skis Releases New Collection Reinforced by TeXtreme

Swiss-based Faction Skis has teamed with freeride skier and mountaineer Sam Anthamatten to create a new ski collection reinforced with TeXtreme carbon fibre technology.

The Prime Series is the result of decades of material testing and innovations to create a true high performance, lightweight, big mountain ski. Faction and Anthamatten set out to create a ski without compromise and the Prime 4.0 was born. Weighing only 1740 g each, the use of a hybrid balsa/flax core and three layers of TeXtreme fabric allow the Prime Series to conquer technical ascents and descents without concession. The Prime 1.0, 2.0 and 3.0 models round out the new all-mountain touring series.

“We’re so proud of these skis, where you can feel that we didn’t make any compromises," says Patrik Sannes, Product Engineer at Faction Collective. "The Prime Series skis are light, stable, nimble and yet powerful. It’s a ski that can perform in all conditions. We teamed up with TeXtreme to optimise our skis so that they would be exactly as we wanted them to be – a high-tech, almost impossibly perfect, balanced ski.”

TeXtreme technology is based on spreading tows (yarns) into very thin tapes and then weaving these tapes together to create ultralight and ultrathin woven fabrics which take advantage of proven thin ply theory to improve impact performance while reducing weight when compared to conventional woven carbon fibre fabrics.

“We use TeXtreme in a bias orientation to achieve extreme torsional stiffness," Sannes explains. "By using TeXtreme as layers within our ski’s laminate, we place TeXtreme at varying angles and axes, thereby spreading stability and stiffness across the whole width and length of the ski.”


Photo provided by TeXtreme / Photographer Guillaume Lahure





comments powered by Disqus

Related / You might like...

SMARTCOMP: Smart Textiles for Composites

The SMARTCOMP: Research and Development of Smart Composites Based on the Implementation of Textronic Elements and Functional Materials project aims to develop smart textile structures for use in the manufacture of composites for decoration, interior design, habitats and the creative industries in general.

CPIC’s 'Flat' Fibreglass Offers Higher Fibre Loading in Thermoplastic Composites

Chongqing Polycomp International Corp (CPIC) has developed a family of fibreglass products with a flat rather than round cross-section that is said to facilitate higher fibre loading levels and better mechanical properties in injection moulded thermoplastic composites and reduce warpage in thin wall sections.

McLaren Automotive Inaugurates Carbon Composites Technology Centre

The £50 million McLaren Composites Technology Centre (MCTC) nearing completion near Sheffield, UK, was inaugurated on 16 January.