Syensqo, Orbex to enhance space launch system development
The partnership will drive advancements in performance, durability and reuse of orbital space launch systems integrated with Syensqo’s adhesive, composite and specialty polymer materials.
Syensqo (Alpharetta, Ga., U.S.) a global provider of advanced materials, and Orbex (Scotland, U.K.), a private space launch services company, signed a strategic collaboration agreement to enhance the development and deployment of next-generation aerospace technologies. The companies will collaborate on the integration of Syensqo’s adhesive, composite and specialty polymer materials into Orbex’s launch vehicles to advance its orbital launch systems’ performance, durability and sustainability.
“At Orbex, we want our suppliers to align with our company values of having a strong focus on quality and sustainability,” says Phil Chambers, CEO of Orbex. “Our partnership with Syensqo will enable us to develop one of the most advanced, low-carbon, high-performance micro-launch vehicles in the world, offering the small satellite industry flexible, dedicated launches, directly from the U.K.”
Through close technical collaboration involving support from Syensqo’s Heanor Application Center and extensive test lab capability, this partnership will focus on furthering the adoption of advanced materials into challenging applications, with a focus on weight reduction, thermal resistance and enhanced structural integrity.
Syensqo has a rich legacy as a supplier of high performance materials for space and launch systems that deliver reliable performance while withstanding harsh conditions. Its involvement in the space industry spans many decades.
Related Content
-
Automated robotic NDT enhances capabilities for composites
Kineco Kaman Composites India uses a bespoke Fill Accubot ultrasonic testing system to boost inspection efficiency and productivity.
-
Orbital Composites wins award from U.S. Space Force to build space factories for antennas
Partners Axiom Space, Northrop Grumman Space Logistics and Southwest Research Institute will help advance ISAM technologies for kilometer-scale LEO antennas, space stations and GEO applications, targeting space factory in 3-5 years.
-
On the radar: Reusable launch vehicles, hypersonics make space more accessible
CFRP has become key to targeting efforts in reusing components like rocket stages, as well as the development of reusable hypersonic testbeds and spaceplanes, for increasing space commercialization.