Syensqo and Avio extend supply agreement for composites for space launch systems
Last update on Apr 29, 2026
Structural engineers and materials specialists working on space launch applications can now access Syensqo's full range of ablative materials, RTM resins, and adhesive systems following a renewed long-term supply agreement between Syensqo and Avio, covering Vega-C launch vehicle programs and low earth orbit (LEO) missions.
This collaboration allows manufacturers to integrate materials engineered to withstand the extreme thermal and mechanical stresses inherent in orbital delivery missions, including the Vega-C launch vehicle program.
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Materials that withstand extreme thermal and mechanical stress
For specifiers focused on propulsion and thermal protection, the supplier reports that these materials are optimized for use in rocket motor nozzles and exit cones. The stability of the supply chain for RTM resins and ablative materials enables product developers to maintain rigorous durability standards in components where performance is essential.
Rodrigo Elizondo, president of Syensqo Composite Materials, stated, "As momentum builds in the global space sector, our advanced materials help enable reliable and efficient launch systems for a wide range of missions."
Launch system manufacturers can evaluate how these structural elements and adhesive materials contribute to overall mission reliability. The portfolio is specifically designed for the stringent requirements of structural elements that face high-stress environments during flight.
Salvatore Mazzarella, Procurement and Supply Chain director at Avio, commented, "Syensqo has been a trusted partner for many years, providing high-performance materials that meet the stringent requirements of our launch systems. This agreement strengthens our collaboration as we continue to advance reliable and efficient launch solutions for our customers."
The long-standing heritage of these composite technologies allows engineers to assess their suitability for both established and next-generation launch platforms. By providing materials that have supported missions from early programs to modern multi-mission vehicles, the partnership assists digital buyers in selecting validated solutions for safer and more efficient access to space.
You can review technical details of polymer grades for aircrafts & aerospace applications in the Master Catalog of Plastics.