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Precision alloy manufacturing demands raw materials of uncompromising consistency—and our 99.95% magnesium ingot is engineered to meet that standard. With tight impurity controls (e.g., <0.001% Fe, <0.005% Si) and a uniform microstructure, this ingot is the foundation of high-tolerance, performance-driven alloys.
The secret to its precision lies in its refining process: a combination of vacuum melting and inert gas casting eliminates porosity and ensures even distribution of alloying elements. When blended with lithium, aluminum, or zinc, our 99.95% magnesium forms alloys with:
Fine Grain Structure: Critical for aerospace components like turbine blades, where grain size directly impacts fatigue resistance.
Dimensional Stability: Reduces machining errors, enabling the production of intricate parts (e.g., medical implants, optical device housings) with tight tolerances.
Enhanced Mechanical Properties: Tensile strength up to 380 MPa and hardness (HB) of 75–85, balancing strength and workability.
Certified to ASTM A148 and ISO 9001, each batch undergoes rigorous testing—including X-ray fluorescence (XRF) for chemical analysis and ultrasonic testing for internal defects—to guarantee reliability. For manufacturers working in industries where precision is paramount (aerospace, medical devices, electronics), our 99.95% magnesium ingot is the material that turns design specifications into reality.