Smooth Magnesium Master Alloy Bar Shape High Hardness

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Smooth Magnesium Master Alloy Bar Shape High Hardness

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March 10, 2020

Kết nối danh mục: Hợp kim Magie Master

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#hợp kim nhôm magiê #magiê hyode anode #sacrificial anode protection

Tóm tắt: Discover the MgLi10% Magnesium Lithium Alloy Ingot, the world's lightest metal structural material. Ideal for aerospace, defense, and high-end electronics, this alloy offers exceptional thermal conductivity, electrical conductivity, and ductility. Perfect for applications requiring light weight, energy efficiency, and environmental sustainability.

Tính năng sản phẩm liên quan:

MgLi10% Magnesium Lithium Alloy is the lightest metal structural material globally, with a density typically less than 1.6g/cm³.
Excellent thermal and electrical conductivity, making it suitable for high-performance applications.
Enhanced ductility and deformation processing ability due to its unique phase structure.
Widely used in aerospace, defense, transportation, and high-end 3C products.
Available in various grades like LA931, LAZ931, MA18, and MA21 for deep processing.
Ideal for audio diaphragms due to its high damping coefficient (~0.01).
Used in sports equipment such as bicycles and badminton rackets for lightweight durability.
Environmentally friendly and energy-saving, aligning with sustainable development goals.

Các câu hỏi:

What are the main applications of MgLi10% Magnesium Lithium Alloy?

This alloy is widely used in aerospace, defense, transportation, electronics, and medical products due to its lightweight and high-performance properties.
How does the addition of lithium improve the alloy's properties?

Lithium enhances the alloy's deformation processing ability by introducing a body-centered cubic structure, which has more slip systems compared to the close-packed hexagonal lattice.
What are the available grades of MgLi Magnesium Lithium Alloy?

The alloy is available in several grades, including LA931 (Mg85-Li9-Al3-Zn3), LAZ931 (Mg85-Li9-Al3-Zn1), MA18, and MA21, catering to various deep processing needs.