This product is the core solution for next-generation high-temperature resistant magnesium alloys and a key raw material for designing and developing advanced heat-resistant magnesium alloys. Gadolinium (Gd), as a rare earth element with a large atomic radius, can extremely effectively enhance the high-temperature strength, creep resistance, and microstructural stability of magnesium alloys through unique solid solution and precipitation strengthening mechanisms.

Application Fields

1.Aerospace and High-end Equipment: Aero-engine accessory gearboxes, transmission housings, skins and frames for high-speed aircraft, support components in high-temperature airborne areas.

2.New Energy Vehicles and High-end Transportation: High-power drive motor housings, heat dissipation substrates for electronic control systems, turbocharger housings.

3.Specialized Industrial Sectors: Industrial robot joint arms operating under high-temperature conditions, precision instrument housings, semiconductor equipment components, high-end racing engine components.

Properties (Theoretical)

Health and Safety Information

Packaging Specifications

Standard Packaging: 50 kg sealed iron drum packaging.

Custom Packaging: Available according to customer specifications.

About Magnesium-Gadolinium Master Alloy

1.Outstanding High-Temperature Performance Improvement: Significantly increases recrystallization temperature, slows the recrystallization process, enabling the alloy to maintain excellent mechanical properties even above 300°C; and forms nanoscale dispersed phases with extremely high thermal stability, granting outstanding creep resistance.

2.Flexible Alloying Platform: Exhibits significant synergistic strengthening effects with elements such as yttrium and neodymium, providing broad design space for materials.

3.Stable Product Quality: Strictly produced in accordance with national standards, featuring high purity, low impurities, uniform composition, and batch-to-batch stability.