Titanium Ti10V2Fe3Al is a beta-titanium alloy with a unique combination of high strength, excellent formability, and good weldability. The alloy contains 10% Vanadium, 2% Iron, and 3% Aluminum, which results in a microstructure that responds strongly to heat treatment. This allows Titanium Ti10V2Fe3Al to be tailored to specific strength and ductility requirements, depending on the application.
Thanks to the high tensile strength combined with low weight, Titanium Ti10V2Fe3Al is particularly suitable for structural components in demanding industries such as aerospace and defense.
Titanium Ti10V2Fe3Al is distinguished by its high mechanical strength and good machinability in both annealed and heat-treated conditions. The alloy has a relatively low density but delivers strengths comparable to or even higher than traditional alpha-beta alloys such as Ti6Al4V.
An important feature is the beta-phase stability, which makes the material easy to deform and forge. This property makes it suitable for thin-walled or complex parts that require high structural performance. Additionally, Titanium Ti10V2Fe3Al maintains excellent fatigue resistance and reasonable corrosion resistance, making it reliable under heavy mechanical loads and exposure to environmental factors.
Due to its adaptability through heat treatment, Titanium Ti10V2Fe3Al is a very versatile alloy: it can be optimized for maximum strength or for a favorable balance between ductility and hardness.
Titanium Ti10V2Fe3Al is mainly used in the aerospace industry, where it is employed for:
Additionally, the alloy is also used in the automotive and defense sectors, particularly in parts where weight savings and high strength are essential.
Titanium Ti10V2Fe3Al is thus an ideal choice for applications requiring a combination of high strength, low density, and formability, a modern titanium alloy excelling in performance and reliability.