Syensqo Accelerates Sustainable Mobility with High-Performance Composites and Circular Innovation at JEC World 2026, Strengthening Fairmat Partnership and Aerospace Leadership 03-03-2026
Syensqo Showcases Advanced Composite Technologies at JEC World 2026
At JEC World 2026, Syensqo will highlight how its advanced composite technologies are transforming aerospace, automotive and hydrogen-powered mobility. The company’s presence underscores a clear industrial message: performance, lightweight design and sustainability can advance together through next-generation composite materials and circular innovation.
Exhibiting at booth K58 in Hall 5, Syensqo will demonstrate how high-rate manufacturing, fast-curing prepregs and expanded recycling ecosystems are supporting mission-critical applications while aligning with its One Planet commitments.
For companies operating in aerospace and automotive markets, advanced composite technologies are increasingly central to meeting stricter performance, safety and environmental standards. Syensqo’s strategy focuses on enabling scalable production without compromising mechanical strength or process efficiency.
Aerospace Innovation: High-Rate Manufacturing and Mission-Critical Performance
A major theme at JEC World 2026 will be aerospace innovation driven by advanced composite technologies. Syensqo continues to invest in high-rate manufacturing solutions designed for large commercial aircraft, space platforms, defence systems, hydrogen-powered aircraft and emerging eVTOL applications.
Bell Textron and the DDF Process
One highlight is the industrialisation of composite part manufacturing for Bell Textron using Syensqo’s patented DDF process combined with CYCOM EP 2750 fast-cure aerospace prepreg. A Bell component will be displayed, demonstrating how advanced composite technologies enable reduced cycle times while maintaining strict aerospace certification requirements.
The company will also introduce CYCOM EP 1700, a press-cure system with a takt time of ten minutes or less. Compatible with automated deposition technologies and robust at low-temperature vacuum bag only conditions, the product supports applications from early-stage prototyping to high-volume defence production.
Climate Impulse: Hydrogen-Powered Aviation
As the main technology partner of the Climate Impulse project, Syensqo is contributing advanced composite technologies to a hydrogen-powered aircraft designed to complete a non-stop nine-day flight around the world. Lightweighting and energy efficiency are central objectives, illustrating how composite materials are redefining sustainable aviation.
Vertical Aerospace eVTOL Rotor Blade
Another key showcase is the Vertical Aerospace eVTOL rotor blade manufactured using MTM 45-1 materials with one-shot compression moulding. By eliminating secondary bonding, this approach delivers lightweight, high-strength performance in a single manufacturing step, improving production efficiency and structural integrity.
Digital Engineering and Material Modelling
Syensqo’s composite material datasets are now integrated into AniForm’s simulation software. This integration enables more accurate forming simulations for thermoset and thermoplastic materials, particularly those compatible with the DDF process.
For manufacturers, this digital capability reduces physical prototyping, accelerates qualification processes and shortens time to market. Advanced composite technologies are increasingly supported by predictive modelling tools, ensuring reliable industrial scaling in demanding aerospace and automotive environments.
Automotive Applications: Sustainable Composites at High Performance
In the automotive sector, Syensqo is advancing sustainable composites performance while preserving mechanical properties and processing efficiency.
ReGen Portfolio Expansion
The company is expanding its ReGen portfolio with MTM 58 ReGen and SolvaLite 714 ReGen. These sustainable composite materials reduce reliance on fossil-based feedstocks while maintaining identical performance standards. For high-performance vehicle manufacturers, this provides a pathway to decarbonisation without compromising structural integrity.
Mercedes-AMG Petronas Formula One Team
The Mercedes-AMG Petronas Formula One Team recently adopted MTM 49-3 ReGen resin for the rear wheel shield of the W16 race car at the Azerbaijan Grand Prix. The component has since raced over 7,000 kilometres, demonstrating durability under extreme conditions. This innovation earned Syensqo a Green Tech Award and will be showcased at JEC World 2026.
MissionH24 and Hydrogen Endurance Racing
MissionH24 aims to establish a hydrogen-powered category at the 24 Hours of Le Mans by 2028. Syensqo materials, including MTM 49-3 ReGen, are contributing to lightweight performance and crash protection, reinforcing the role of advanced composite technologies in next-generation motorsport.
McLaren 750S Active Rear Airbrake
The McLaren 750S active rear airbrake, manufactured using MTM 58B and MTM 57VQ carbon fibre prepregs, demonstrates how sustainable composites support structural precision and lightweight construction in high-performance road vehicles.
Expanding the Recycling Ecosystem: Fairmat and Catack-H
Sustainability extends beyond material formulation to end-of-life solutions. Syensqo is strengthening its recycling ecosystem through an extended European partnership with Fairmat, now including the Östringen site in Germany. This move further integrates circular solutions into Syensqo’s composite manufacturing footprint.
In the Asia-Pacific region, the addition of Catack-H in Korea enhances regional composite recycling capabilities, reinforcing a global approach to circularity in advanced composite technologies.
Fairmat will exhibit in Hall 5 at booth M39, while Catack-H will be present in Hall 6 at booth T57, reflecting the collaborative dimension of sustainable composites development.
Bio-Based Carbon Fibre Milestone
Syensqo has achieved a significant milestone in bio-based carbon fibre development. At its Piedmont, South Carolina research centre, the company successfully produced aerospace-grade carbon fibre using a blend of bio-based acrylonitrile supplied by Trillium and conventional feedstock.
This development demonstrates that advanced composite technologies can incorporate renewable raw materials while meeting aerospace-grade performance standards. For industries seeking lower carbon intensity materials, bio-based carbon fibre represents a strategic breakthrough.
Thought Leadership at Agora 5
Syensqo experts will deliver technical presentations at Agora 5 in Hall 5 throughout the exhibition. Topics include composite materials in challenging industrial contexts, validation of automated DDF processes for aerospace, portfolio advancements and the Climate Impulse sustainable aviation initiative.
These sessions reinforce Syensqo’s position as a technology leader in advanced composite technologies, combining material science, manufacturing innovation and circular design.
Strategic Outlook: Performance and Sustainability Converge
Across aerospace, automotive and hydrogen mobility, Syensqo’s message at JEC World 2026 is consistent. Advanced composite technologies are enabling high-rate manufacturing, mission-critical performance and sustainable composites development simultaneously.
By integrating fast-curing prepregs, automated processes, digital simulation tools and expanded recycling partnerships, Syensqo is positioning itself at the forefront of industrial transformation.
For manufacturers navigating regulatory pressure, decarbonisation targets and performance demands, the convergence of lightweight design, structural resilience and circular innovation is no longer optional. It is becoming the new competitive baseline.
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