MOST PREPREGS TEMPORARILY OUT OF STOCK: Due to global supply chain issues we have temporarily disabled the sale of most prepregs. We anticipate a resupply of most styles by late summer 2021. Please check back often while as we plan to update this category immediately upon receipt of more materials.
Ekoa's natural look with tight tolerances ◾ Reliable strength properties ◾ Ecology meets high performance
Ekoa and carbon fiber composite hybrids are a great solution for balancing demanding requirements. You get the damping properties and lower density of flax fiber in addition to the natural grain finish. Combine this with the strength of a carbon fiber composite base and you get a well balanced and very strong tube that has consistent properties you can count on.
Ecological – Like all composites, Ekoa is made of fabric + resin, BUT is plant-based rather than from fossil fuels. CO2 negative fiber and eco-resin is worker and planet friendly.
Vibration Damping – Natural damping enhances product feel by absorbing higher frequency vibrations. Low density Ekoa offers 3x the vibration damping of glass and 20% more than carbon.
Lightweight – Our natural composites are 15% lower density than carbon fiber. Ekoa's stiffness-to-weight ratio surpasses aerospace fiberglass (E-glass) perfect for most demanding applications.
Performance – Ekoa may look like wood but it offers a rare blend of high performance and aesthetics resulting in simply better products that are stronger, lighter and with a better feel.
Vibration Damping with Ekoa – With 20-30 % higher specific stiffness than fiberglass, Ekoa composites exhibit three times higher damping than carbon and fiberglass.
Ekoa as Core Layers – Applications requiring the stiffness and strength of carbon—such as a high-performance bicycle frame— can be greatly improved by replacing some carbon plys with Ekoa. Ekoa is light, has great structural properties, and can be processed in one-shot with carbon fiber.
Ekoa as Fascia Layer – Ekoa composites are naturally very strong and stiff besting the stiffness of fiberglass. Solid laminates as thin as 1/16th" (1.5mm) can be used for structural applications.
Available in nearly every standard tube diameter. Browse and let us know which size you need!
