Make an Enquiry
Enquiry

"*" indicates required fields

For information on how we collect and process personal data, see our Privacy Policy which is available to view at: https://jamescropper.com/privacy-policy/

JEC 2026

Date:
March 10 - 12 2026
Schedule:
Location:
Paris-Nord Villepinte
James Cropper showcasing VECTIS™ aligned fibre technology and UNIMAT™ at JEC World 2026 in Hall 5 Stand N40.
James Cropper Advanced Materials will be exhibiting at JEC World 2026, where we are proud to unveil VECTIS™, our new industrial‑scale aligned fibre technology platform. Visit us in Hall 5, Stand N40 to explore how VECTIS enables UNIMAT™, our next‑generation aligned nonwoven material designed for high‑performance composite manufacturing. We’ll also be contributing to the show’s technical programme, with Dr Mandy Clement speaking at the Composite Exchange on the future of recycled carbon fibre in high‑performance applications.

Join Us at JEC World 2026 as We Unveil VECTIS™: Industrial-Scale Aligned Fibre Technology

At this year’s show, we’re unveiling VECTIS, a breakthrough aligned‑fibre technology platform created to solve one of the composites industry’s long‑standing challenges: achieving true industrial‑scale fibre alignment.

Built on this platform is UNIMAT™, our aligned nonwoven fibre mat that delivers directional stiffness and strength, exceptional formability, and seamless compatibility with established composite manufacturing routes.

  • Discover how VECTIS brings scalable fibre alignment to composite manufacturing.
  • See UNIMAT  in action and explore its performance advantages.

Join us in Hall 5 Stand N40 to explore the future of aligned fibre composites, and discuss how we can help accelerate your next programme.

Interested in learning more?

Meet the team at JEC World 2026

Our team will be on hand throughout the event to showcase the technology, share insights from early collaboration programmes, and demonstrate how aligned nonwovens can open new design and manufacturing opportunities across aerospace interiors, advanced air mobility, automotive, and sporting goods.