High Strength & Modulus Carbon Fibers for Defense
Featured Product from Toray Composite Materials America, Inc.
Defense
Toray intermediate modulus plus fibers, matched with highly toughened resin systems, are the preferred choice for defense applications where high strength/modulus is needed with high impact damage resistance for maximum survivability.
Performance
Toray materials are the ultimate in performance for weight savings to meet demanding mission requirements. Light weight composite materials improve payload carrying capacity and increase range. Composites are durable, corrosion and fatigue resistant, leading to reduced structural maintenance costs.
Legacy
Toray’s market leading high strength and modulus carbon fibers have supported defense programs for over 20 years. The material offerings have extensive design and manufacturing data available, perfect for integration into digital thread or digital twin systems.
Capacity
The Toray supply chain is completely vertically integrated with high-volume carbon fiber and prepreg manufacturing. Toray has the largest capacity of any carbon fiber or prepreg manufacturer in North America.
Defense Prepreg Technical Data Sheets
- 2510 Technical Data Sheet
- 2511 Technical Data Sheet
- 2700 Technical Data Sheet
- 3900 Technical Data Sheet
- 3960 Technical Data Sheet
- 4000 Technical Data Sheet
Watch>>>About Toray Composite Materials America
Toray Composite Materials America, Inc. (CMA)
Toray Composite Materials America, Inc. (CMA) is proud to be a leader in producing advanced composite materials for use in aerospace, defense, industrial, and automotive industries in the United States and around the world. Our employees are passionate, knowledgeable, and committed to quality. We centrally manage our production facilities so we can remain efficient and responsive to every customer need.
Maintaining strong relationships is at the heart of our business strategy. We leverage our collective knowledge and expertise as we build on our legacy of success and innovation for the future.