Bio-based composites are real high-performance materials, not just an aesthetic option. This was demonstrated in AeroDelft’s newly revealed nose cowling for their hydrogen-powered aircraft. The part is made using our own Eve Tile Flax in combination with a biobased polyester resin. The unidirectional fibres in the Eve Tile provide a competitive stiffness-to-weight ratio, making them suitable for stiffness-driven aerospace structures. Beyond supplying materials, Eve Reverse's

Flax and hemp were once Europe's most important industrial crops, supplying fibre for linen, rope and sailcloth. Today engineers are rediscovering them as lightweight, strong raw materials for natural fibre composites in automotive interiors, construction and furniture. This article traces their journey from field to product: fibre structure, retting and processing, and the European partnership between Eve Reverse (NL) and FUSE Composite (DE) strengthening the bio-based value

Can natural fibres help make heavy-lift UAVs quieter? That is one of the questions Eve Reverse will explore in AEERO, a newly awarded Eurostars project focused on the development of an adaptable and efficient electric ducted-fan propulsion system for resilient logistics. On Tuesday June 23, Eve Reverse and the Royal Netherlands Aerospace Centre (NLR) attended the Dutch Eurostars winners’ meeting, organised by RVO. Rik Westerink and Karel Brans represented Eve Reverse during t

FUSE Composite and Eve Reverse are joining forces to accelerate the practical use of European hemp in natural fibre composites. The collaboration combines FUSE’s bio-based semi-finished materials with Eve Reverse’s expertise in composite processing, testing and product development. Together, the companies aim to shorten the route from plant to product and develop lower-impact lightweight solutions for mobility, interiors, acoustic elements, sports products and other applicati

Local sourcing often seems like the more sustainable choice. Shorter distances should mean fewer transport emissions, at least, that was our initial assumption. During a recent collaboration with Bambooder Biobased Fibers and Qconcepts, we explored how bamboo fibres could be used in a lower-impact biocomposite watercraft application. To support the design process, we used life cycle assessment (LCA) to compare alternative sourcing, material and manufacturing routes. Two decis

Eve Reverse contributes to Hemp2Comp, an Interreg project developing local value chains for hemp-based biocomposites in Flanders and the Netherlands. The project covers hemp fibre production, bio-based resins, product design, testing and end-of-life scenarios. Eve Reverse assesses the environmental impact through life-cycle analysis (LCA), using global warming potential (GWP) to calculate and help reduce the CO₂ footprint of materials, processes and products.