A Safe, Sustainable
and Performant Design
towards the future lightweight materials

REPOXYBLE is a EU funded project which applies a holistic approach to develop cost and energy effective, recyclable and sustainable biobased epoxy composites, while maintaining their high performance and functional properties during their use phase, by following a multidisciplinary innovative development at every stage of the composites life-cycle: from raw materials, manufacturing and use phase to end of life. It will contribute to the development of a new generation of multifunctional, safe and sustainable-by-design plastics.

NEWS & EVENTS

News

Chemical recycling to unlock circularity of advanced composite materials

First REPOXYBLE workshop: Horizon Europe research in the field is showing the way forward   Sustainability of composite materials: the Horizon Europe investments Composite materials display enhanced physical and chemical properties, allowing for lightweight tailored physical-chemical properties, thus multi-functional and high performance even in extreme applications. The versatility of these

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News

Which is the future of recycling composites?

Developing new recycling technologies is crucial to ensure the sustainability of advanced materials: the results of REPOXYBLE workshop   Fiber-reinforced composites are amongst the enabling materials for the green and digital transitions in the transport sector. They allow for lightweighting, purpose-built functions, and high performances; however, their overall safety and

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Event

EU Cluster Day 2024: workshop on industry & Green Deal

Workshop “Efficient, Lightweight, Sustainable Advanced Materials – Supporting EU industries to meet the Green Deal targets”  Thursday 6th June 2024, 08:45-16:00, Brussels    The European Commission promotes a workshop on a crucial goal of the EU industry: the development and adoption of innovative, efficient, lightweight, and sustainable advanced materials and

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News

Novel polymers for structural composites: the SUSMATx workshop

Workshop “Sustainable matrices for Structural Composites: processing and mechanical performance” The end of life of thermoset matrices used in most current structural composites is problematic, because of their irreversible nature: technical fibers, such as carbon fibers with a huge embedded energy, cannot be recovered, and repurposing of components is not

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