SYENSQO AND TERMA SIGN STRATEGIC AGREEMENT TO ADVANCE AEROSPACE AND DEFENCE COMPOSITES

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 In a move set to accelerate innovation in aerospace and defence, Syensqo, a global leader in advanced materials, and Terma, a trusted name in mission-critical aerospace and security systems, have signed a strategic collaboration agreement aimed at expanding scientific and technical progress in high-performance composites.


The agreement marks a formal commitment between the two companies to establish a growth framework that harnesses their combined expertise, R&D capabilities, and resources to drive next-generation composite materials for some of the most demanding aerospace and defence environments.

 

“We are excited to join forces with Terma,” said Marc Doyle, Business Executive Vice-President of Syensqo Composite Materials. “This partnership reflects our shared commitment to scientific advancement and delivering innovative composite solutions for the future of aerospace and defence.

 

The partnership will leverage Syensqo’s Heanor Application Center and its global network of testing and qualification laboratories. The focus will be on integrating Syensqo’s advanced adhesives, composites, and specialty polymer materials into Terma’s systems, enhancing durability, performance, and reliability in extreme operational conditions.

 

For Terma, the collaboration brings a wealth of material science innovation to complement its established design and manufacturing pedigree. “This is an exciting opportunity to fuse Syensqo’s world-class material technologies with Terma’s integrated product development expertise,” said Jesper Böhnke, Executive Vice President, Integrated Product Development at Terma. “Together, we aim to push the boundaries of composite development and provide cutting-edge solutions tailored to the evolving needs of our defence and aerospace customers.

 

The agreement underscores a growing trend of strategic partnerships within the aerospace sector, where materials innovation is critical to improving performance, reducing weight, and ensuring mission readiness in increasingly complex operational theatres.


source : Syensqo/World Air News

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