Aluminium-Lithium Alloy

About Aluminium-Lithium Alloys

Al-Li alloys are a group of alloys composed of aluminium and lithium that often also contain copper and zirconium.

Aluminium-Lithium Alloy Main features:

Increased strength: Aluminium-Lithium alloys provide a high strength-to-weight ratio. Studies indicate that these alloys may reduce component weight by approximately 20% compared with traditional alloys.

Aerospace applications: The alloys are used in aerospace. Their application reduces structural mass, thereby increasing fuel efficiency and payload capacity in aircraft and spacecraft.

Enhanced fatigue resistance: Aluminium-Lithium alloys display high fatigue resistance and are employed in applications subjected to repeated and cyclic loads.

Advanced materials engineering: The alloys are a product of modern materials engineering. They demonstrate that combining lithium with aluminium can yield new material properties.

Industries we supply:

Aerospace: Aluminium-Lithium alloys are applied in aerospace, where their lower density supports the construction of lighter aircraft structures.

High-tech manufacturing: Sectors such as electronics and telecommunications utilise these alloys for their low density and reliable mechanical performance.

Engineering: Engineers in various disciplines use these alloys to manufacture components that are light while maintaining durability.

Research and development: Researchers investigate these alloys in applications requiring both mechanical strength and reduced mass.

Why choose Aluminium-Lithium alloys?

High performance: Our aluminium-lithium alloys exhibit an excellent strength-to-weight ratio. Their use can reduce component weight by around 20% compared with conventional materials.

Technical expertise: Experts at Stanford Advanced Materials (SAM) assist in selecting the appropriate alloy for specific applications.

Sustainability: The lower density of aluminium-lithium alloys contributes to improved fuel efficiency in transport and other sectors, thereby supporting emission reduction targets.