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Effect of La content on microstructure, tensile properties, and electrical conductivity of cast Al-Mg-Si-xLa alloys

Authors: Hong-yu Xu; Hai-feng Jia; Ze-sheng Ji; Ming-liang Li; Han Yu; Bo Jiang; Ye Wang; Mao-liang Hu

DOI: 10.1007/s41230-025-4101-6Status: Verified Translated Edition
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Key Findings in This Report

• Adding 0.2 wt.% La to cast Al-Mg-Si alloy simultaneously improves tensile strength and electrical conductivity, achieving UTS of 170 MPa and conductivity of 44.0% IACS. • La addition refines α-Al grains, promotes Mg2Si precipitation, and transforms AlFeSi phase from continuous to discontinuous, enhancing mechanical and electrical properties. • The improvements over La-free alloy are significant: UTS +9.0%, YS +15.8%, elongation +70.3%, and conductivity +17.3%. • Excessive La content deteriorates properties, indicating an optimal La concentration for balanced performance.