Military


Syensqo and Terma strengthen partnership with the signature of a new agreement

Syensqo and Terma strengthen partnership with the signature of a new agreement. 
(Photo: Terma Composite Component Manufacturing, PR073)Syensqo, a global leader in advanced materials, and Terma, renowned for its mission-critical solutions in aerospace, defense and security, signed a strategic collaboration agreement. Both parties committed to developing a growth framework to foster collaboration and leverage each partner’s expertise and resources to advance joint initiatives.

Syensqo's composites demonstrate titanium replacement on Boeing applications

Boeing’s T1 demonstration aircraft (credit: Samantha Jenkins, identified by DVIDS. The appearance of U.S. Department of Defense (DoD) visual information does not imply or constitute DoD endorsement)Syensqo, a global leader in advanced materials in partnership with Boeing, a leading producer of military and commercial aircraft successfully demonstrated Syensqo’s CYCOM® 5250-4HT high service temperature prepreg as a viable replacement for titanium on the MQ-25™ Stingray exhaust nozzle.

Syensqo’s Heanor site in the UK achieves ISCC-PLUS accreditation

Syensqo’s Heanor, UK site receives ISCC-PLUS accreditation. (Image: ISCC)Syensqo, a global leader in advanced materials and chemical solutions, proudly announces that its Heanor site[1] in the United Kingdom has achieved third-party accreditation for the production of its ReGen portfolio of composite materials.

Syensqo introduces AeroPaste® 1003: an innovative two-part room-temperature paste increasing efficiency for aerospace manufacturers

Syensqo's AeroPaste® 1003 is an innovative two-part room-temperature paste increasing efficiency for aerospace manufacturers. 
(Photo: Syensqo, PR019)Syensqo is launching AeroPaste® 1003, a new grade of its epoxy-based structural paste adhesives which already includes AeroPaste® 1006 and 1100. This aerospace adhesive will not only increase part assembly efficiency but also offers great processing flexibility, making it ideal for targeted high production rates in markets such as Advanced Air Mobility, Commercial Aerospace and Defense.

Solvay Expands its Range of FusePly® Covalent Bonding Technology for Composite Structures

Microscopic view of FusePly® resin (at the interface with prepreg and adhesive) ingressing into the composite panel during co-cure (as indicated by discolored composite layers) and delivering a chemically bonded interface between FusePly® and adhesive. (Photo: Solvay, PR095)Solvay, a global market leader in specialty materials, has expanded its range of FusePly® chemical bonding technology with a second product, FusePly® 250, designed to bond composite structures at 250°F and higher. The new product complements the previous FusePly® 100 grade, introduced in 2018 which has now been renamed FusePly® 350 to reflect its compatibility with 350°F cure film adhesives. Both grades offer step-change bonding performance and durability and can easily be integrated into existing manufacturing processes as an upgrade for traditional surface preparation methods.

Solvay partners with BETA Technologies for Advanced Air Mobility Platform

Solvay is BETA Technologies primary material supplier and is providing lightweight advanced materials for the production of BETA’s electric aircraft family. The design of the electric aircraft will benefit from the use of Solvay’s NCAMP qualified material systems. 
(Photo courtesy of Beta Technologies, PR019)Solvay has been appointed as primary composite material supplier to BETA Technologies, an electric aviation company based out of Vermont, with an office in Montréal, Canada. Solvay will provide BETA with qualification support and advanced materials for the production of their ALIA CTOL, electric fixed-wing aircraft, and ALIA VTOL, electric vertical takeoff and landing aircraft, developed for a variety of applications, including medical, cargo and passenger transportation.

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