Aerospace engineering demands materials that balance extreme
lightness with uncompromising strength—and our aerospace-grade
magnesium extrusion ingot delivers precisely that. Crafted for
precision and performance, this ingot redefines what’s possible in
lightweight aerospace components.
Designed for extrusion processes, our magnesium ingot is refined to
99.9% purity, minimizing impurities that could weaken alloy
structures. Through hot-extrusion technology, its crystalline
structure is aligned to enhance mechanical properties: tensile
strength reaches 450 MPa, while fatigue resistance outperforms
standard alloys by 30%. This makes it ideal for flight-critical
parts like wing ribs, landing gear brackets, and rocket engine
mounts, where weight reduction directly correlates to fuel
efficiency and payload capacity.
Beyond strength, magnesium’s natural low density (1.74 g/cm³—35%
lighter than aluminum) and high specific stiffness make it a
game-changer for aerospace design. Our extrusion ingot further
amplifies these benefits by reducing porosity and improving surface
finish, enabling the production of sleek, aerodynamic components.
Additionally, its inherent EMI shielding properties protect
sensitive avionics from cosmic radiation and engine interference, a
critical feature for modern aircraft.
Certified to AS9100D aerospace quality standards, our ingot
undergoes traceability from raw material sourcing to final
delivery. Each batch is validated for chemical composition,
microstructure, and mechanical performance, ensuring compliance
with the most stringent aviation regulations. For aerospace
manufacturers seeking to push the boundaries of innovation, our
lightweight, high-purity extrusion ingot is the material of choice.
