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Research & Innovation Projects

JEC World


JEC Composites Research & Innovation Projects

Découvrez les Recherches et Innovations de pointe dans le domaine des composites

Le programme "JEC Composites Research & Innovation" (R&I) met en lumière les dernières avancées en matière de matériaux composites. Explorez des recherches révolutionnaires, des technologies innovantes et de nouveaux matériaux qui façonnent l'avenir de cette industrie. Connectez-vous aux entreprises et à leurs partenaires qui pilotent ces projets afin de rester à la pointe des tendances émergentes dans le secteur des composites.

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JEC Composites R&I Project

Notre programme de Recherche & Innovation (R&I) fonctionne comme une plateforme de connection entre les innovateurs et l'industrie des composites.


Comblez le fossé entre la recherche & innovation et l'industrie des composites

Pourquoi participer au programme ?

Le Programme de Projets de Recherche et Innovation offre aux projets R&I une occasion unique de valoriser leurs avancées. Cette initiative vise à accroître la visibilité des projets innovants en permettant aux participants de se connecter avec des leaders et des innovateurs ouverts à la collaboration. Participer à ce programme, c’est accélérer l’impact de la recherche, faciliter sa diffusion et son intégration sur le marché. Les projets collaboratifs se placent ainsi à la pointe de l’évolution de l’industrie et profitent de partenariats précieux qui favorisent le progrès technologique.

Découvrez les projets de recherche et d'innovation présentés lors de l'édition 2026 de JEC World

Agenda / Research & Innovation Projects

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Open Stage
  1. Open Stage
    As part of the EU-funded FOREST project, we present the first biobased benzoxazine composite for scalable manufacturing of battery cases, paving the way for benzoxazine in the automotive industry. A c ...
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  2. Open Stage
    This presentation presents an innovative composite marine propeller that leverages structural flexibility to passively adapt blade pitch under varying hydrodynamic loads. Optimised fibre orientations ...
    Loiretech-Logo
  3. Open Stage
    This presentation examines how composite materials can enable new solutions across multiple industries. Case studies include gaseous hydrogen storage in Type IV COPVs, lightweight façade panels for ci ...

    Logo Ben HImov r2u

  4. Open Stage
    This session brings together three European R&I projects addressing the development of lightweight and sustainable composite solutions for transport applications. The speakers will present the main te ...
    SUSPENS-REPOXYBLE-RLIGHTBIO LOGOS
  5. Open Stage
    This presentation introduces a complete end-to-end digital thread solution for composite aerospace structures, connecting inspection, repair patch design, manufacturing, and certification within a sin ...
    USQ-Logo
  6. Open Stage
    The use of intelligent process monitoring to optimize the infusion, curing and bonding by measuring online the real process can reduce energy and increase productivity by 30% while ensuring product qu ...
    TURBO-Logo
  7. Open Stage
    This session will showcase the RECREATE initiative and its results, including cutting-edge approaches to circular composites, from circular design strategies for automotive applications to innovative ...
    RECREATE Logo
  8. Open Stage
    This presentation introduces a novel, fully repairable bicycle frame concept combining thermoplastic CFRP tubes with additively manufactured Ti6Al4V lugs. Using adhesive-free induction joining, the po ...
    Fenix-Logo
  9. Open Stage
    This presentation discusses the DeremCo approach to recycling fiber-reinforced composites (FRPs) with a demand-driven, specification-compliant, circular economy vision. It highlights innovative, susta ...
    DeremCo_Logo
  10. Open Stage
    This presentation showcases a prototype composite twin-track cantilever developed as a sustainable alternative to steel structures for railway electrification. Manufactured from non-conductive glass-f ...
    CompositeBraiding-Logo
Open Stage
  1. Open Stage
    As part of the EU-funded FOREST project, we developed thermoplastic pultruded laminates from bio-based PA6 reinforced with hybrid carbon fibres. Combining unidirectional continuous fibres with recycle ...
    Logo Forest
  2. Open Stage
    This session will showcase the RECREATE initiative and its results, including cutting-edge technologies for composite circularity, from laser shock methods for disassembling composite materials to ind ...
    RECREATE Logo
  3. Open Stage
    Composite materials play a critical role in high-performance structures, where ensuring reliable operation throughout their service life is essential. Equally important is maintaining precise control ...

    Logo Ben HImov r2u

  4. Open Stage
    This session presents how three European research projects—SUSPENS, r-LightBioCom and REPOXYBLE—are addressing recycling and low-carbon challenges in composite materials. The speakers will share proje ...
    SUSPENS_LOGO
  5. Open Stage
    This presentation discusses the DeremCo approach to recycling fiber-reinforced composites (FRPs) with a demand-driven, specification-compliant, circular economy vision. It highlights innovative, susta ...
    DeremCo-Logo
  6. Open Stage
    Due to the focus in recent years on increased scale of wind turbine blade design and manufacture, there are opportunities to reduce inefficiencies in the various production processes used. TURBO proje ...
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