Critical Titanium Applications in Aerospace

Titanium alloys are uniquely well-suited to numerous aerospace applications:

• Engines – Improvements in engine technology are increasingly reliant on innovative material solutions. Our alloy-based materials enhance performance at elevated temperatures, lower weight, and reduce fuel consumption. Components like compressor blades, casings, and engine mounts benefit from our alloys’ high strength and temperature capabilities.
• Structural Elements – Airframe structures such as wing boxes, fuselage frames, and landing gear make extensive use of alloys due to their strength and lightness. Airframe OEMs can design lighter-weight, more fuel-efficient, lower maintenance cost planes with alloy-based landing gear solutions that meet your performance goals and adhere to government regulations.
• Fasteners – Alloy-based aerospace fasteners maintain the integrity of aircraft structures and should offer durability without adding significant weight. Alloys must be designed to optimize performance for specific requirements and offer durability and reliability in extreme environments and under high-stress conditions. Our advanced alloy materials, available in various forms such as bar, wire, and strip, enable the efficient production of a wide range of fasteners essential for robust construction.
• Avionics and Electronics – Utilizing soft magnetic alloys in avionics and motors offers significant advantages for aircraft design. These materials enable designers to reduce the size of motors, which contributes to overall weight savings. Non-magnetic properties ensure it does not interfere with navigational systems, making it an excellent choice for aerospace electronics enclosures.