Arkema Will Highlight Lighter, More Efficient, and Sustainable Innovations in Specialty Materials at JEC World 2026

Why It Matters

The announcements signal a shift toward recyclable, bio‑based composites that can meet stringent performance demands, accelerating sustainability across aerospace, transportation, and renewable‑energy sectors.

Key Takeaways

• Elium® resin enables fully recyclable high‑performance composites
• Arkema showcases biobased Rilsan® PA11 for hydrogen tanks
• Bostik’s Primer Prep DB allows thermal disassembly of vehicles
• UDX® carbon‑fiber tapes integrate bio‑based polymers for storage
• Kepstan® PEKK provides weldable, fire‑resistant aerospace structures

Pulse Analysis

Circularity is becoming a strategic imperative for the composites industry, and Arkema’s Elium® resin is at the forefront of this transformation. By delivering a thermoplastic liquid that can be infused into high‑performance parts and later reclaimed, Elium® bridges the gap between performance and recyclability. Arkema’s collaborations with Composite Recycling, Groupe Beneteau, and Veolia demonstrate a viable supply chain for reclaimed boat hulls, while the Zephir speed board project showcases how elite sports equipment can also serve as a testbed for closed‑loop manufacturing. These initiatives illustrate how scalable recycling can be embedded in product design rather than treated as an afterthought.

Equally compelling is Arkema’s portfolio of bio‑based polymers that address the growing demand for sustainable materials in energy‑intensive applications. The 100% biobased Rilsan® PA11 and UDX® carbon‑fiber tapes combine renewable feedstocks with the mechanical robustness required for hydrogen storage tanks and high‑speed sporting gear. By integrating polyamide 11 directly into tank liners, Arkema reduces reliance on fossil‑based composites and improves the overall carbon footprint of hydrogen infrastructure. This bio‑based approach aligns with European Roadthrypp objectives and positions Arkema as a key supplier for next‑generation clean‑energy vehicles.

High‑temperature, fire‑resistant polymers such as Kepstan® PEKK and Zenimid™ polyimides further expand Arkema’s relevance in aerospace and defense. Kepstan® offers weldable thermoplastic composites that retain strength at elevated service temperatures, enabling faster, more cost‑effective aircraft assembly. Zenimid™ polyimides, with stability from –270 °C to over 400 °C, provide unmatched dimensional control for avionics and electronic substrates. Together, these materials give manufacturers the ability to meet stringent safety standards while pursuing lighter, more efficient designs. Arkema’s comprehensive showcase at JEC World underscores its role in driving both performance and sustainability across multiple high‑value markets.