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The collaborative research initiative will explore the prevalence and impact of structural damage in carbon fiber bicycles currently in use by the general public, assessing the magnitude of the issue and raising awareness.
Bio|Power and Cor|Power composite reinforcements aim to reduce materials costs and greenhouse emissions while enhancing performance.
With the aid of KraussMaffei, Clemson University and SC Fraunhofer USA Alliance, Time anticipates a transition to HP-RTM for more efficient carbon fiber bike frame manufacture, plus a new facility in South Carolina.
Bio-based, performance-optimized composite materials promote more lightweight, stiff and impact resistant E-bike frames and components.
New XECARB ST family of carbon fiber-reinforced thermoplastic composites combines advanced lightweighting with superior impact strength.
NAWA’s vertically aligned carbon nanotube technology enhances shock resistance, increases strength for Santa Cruz team’s mountain bike wheels.
Engineered with articulated rear skis for more control and accessibility, SNO-GO’s new hexagon-shaped carbon fiber components reduce weight and increase performance.
With the number of imported bikes to the U.S. on the rise, experts are suggesting a 13.13% increase in the market for carbon fiber frames.
The Formula One driver’s sustainable mobility Kimoa brand is debuting its fully customizable carbon fiber e-bike powered by 3D printing firm Arevo.
U.K.-based composites company combines passion with decades of industry experience to develop a next-gen bike that offers more stiffness, speed, comfort, efficiency, precision and response.
