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Roll compaction (RCP) process has been developed in order to produce wrought magnesium alloys with a good balance of strength and ductility via powder metallurgy. Extruded Mg alloys showed fine microstructures; a mean grain size with 1-2μm by dynamic recrystallization during RCP and hot extrusion. In applying RCP to the conventional AZ31 alloy powder, their wrought materials had superior mechanical properties of 390MPa tensile strength, 360MPa yield strength and 16% elongation at room temperature compared to the conventional ones. Its low temperature formability was also completely improved due to both refined grains and texture control by RCP process.

Microstructural Control of Wrought Magnesium Alloys with High Strength and Ductility via Powder Metallurgy Process