BRM will showcase new 3D woven composites on CAMX

BRM uses 3D continuous weaving to create new joint structures and improve existing joints. BRM's 3D braided joints offer the best combination of strength, durability and structural integrity, with "Pi-Ï€", double "T", "H" and other complex mesh shapes.

BRM's 3D braided joints are designed to reduce weight and cost without sacrificing integrity and performance. "Because of the nature of 3D weaving, the strength and support are converted in all three dimensions, thus enabling the connection to enhance the strength of the load path along the connected substructures. These 3D weave shapes for joining can be based on the structure The structure itself and the connected subcomponents are customized," the company explained.

BRM's 3D braided composites are particularly successful in aerospace heat shield applications, such as thermal protection systems. “These systems are mission-critical components, especially in space exploration vehicles, where 3D braided composites reduce weight and cost while maintaining superior performance in TPS systems. Changing yarn type, density, thickness and width, and resin type The ability enables BRM to create fully customizable TPS to meet the needs of each specific task or application," the company continues.

“Like the TPS system, 3D braided parts can also be used well as engine components in aircraft. Replacing traditional titanium alloy engine parts with 3D woven carbon fiber composites can reduce weight and thus reduce life cycle costs while meeting stringent requirements. Manufacturing and use requirements."

With more than 95 years of experience in textile manufacturing, BRM has earned a reputation for meeting new and advanced design challenges. The company is engaged in aerospace, defense, medical, security, automotive, commercial and industrial applications, providing technical knowledge, extensive weaving capabilities and a strict quality assurance system.