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TRANSFORMing FIBERGLASS WASTE
INTO ECO-MATERIALS TO CREATE
SUSTAINABLE PRODUCTS

With a mission to care for the planet and drive a circular economy, FibeCycle transforms fiberglass waste from wind turbine blades into eco-friendly fiber-reinforced polymers (ecoFRP), supporting the creation of sustainable products.

Everyone Wins

Environment, Wind Energy and Society.

FibeCycle was founded to help address the issue of end-of-life wind turbine blade waste. Our solution provides a sustainable alternative that effectively manages the disposal of wind turbine blades, which are typically made of fiberglass and other composite materials. Instead of ending up in landfills or being incinerated, we recycle these blades to create ecoFRPs (fiber-reinforced polymers) that are building blocks for creating sustainable products.

Our approach focuses on recycling, reducing, and reusing wind turbine blade waste, fostering a sustainable circular economy.

Reclassifying Composite Materials as Recyclable

Fiberglass composites offer numerous advantages over other materials, most notably exhibiting a remarkably high strength-to-weight ratio for a low price. These remarkable properties make fiberglass highly suitable for diverse industrial applications. Recognizing the growing issue of fiberglass artifact waste, such as wind turbine blades in landfill, FibeCycle was founded to provide an end-to-end solution that transforms fiberglass waste into eco-materials for sustainable product creation. Our mission is simple: to care for the planet and drive a circular economy.

Eco Materials

Bring value back to end-of-life fiberglass artifacts.

FibeCycle’s ecoFRP materials offer enhanced mechanical properties over with pure polymers, achieving industrial performance standards using less virgin material. 

We offer ecoFRP resins in pellet form for various industrial uses, and ecoFRP filament for the 3D printing industry.

Eco MATERIALS

Bring value back to end-of-life fiberglass artifacts.

FibeCycle eco-FRPs (Eco Fibre Reinforced Polymers), enhance strength and stiffness properties when combined with various polymers, making it possible to achieve desirable industry performance using less material, resulting in lower weight and more efficient use of resources. We offer eco-FRP as 3D printing filaments or pellets.

FibeCycle Way

A world where eco materials thrive

Imagine a world where high-performance products like automotive components, sporting equipment, and urban furniture can all be made using materials sourced from industrial composite waste artifacts. 

This approach not only leverages the exceptional properties of reinforced plastics but also significantly reduces CO2 emissions by repurposing existing materials instead of manufacturing new ones.

Collaborative Circular Economy: Reduce Carbon Footprint

Potential for an Eco-Friendly Future

We are seeking like-minded partners who share our vision of transforming fiberglass waste into eco-products that make a positive impact on our planet. Together, we can drive innovation, minimize waste, and shape a greener future. Let’s collaborate in building a more eco-friendly world, one step at a time. 

Join the cause and be part of the positive change!