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Impact of submicron TiB2 particles on microstructure, casting performance, and mechanical properties of an Al-Cu alloy

Authors: Xiao-lu Hong; Peng Hu; Da-hui Chen; Liang-yu Wu; Yu Fu; Jiang Zhang; Yong-qiang Liu; Pei-yu Zhou; Ying-jiang Peng; Lin-chong Hou

DOI: 10.1007/s41230-025-5018-9Status: Verified Translated Edition
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Key Findings in This Report

• Submicron TiB2 particles significantly refine the grain structure of Al-Cu (ZL205A) alloy, transforming coarse grains into fine equiaxed grains. • Adding 3wt.% TiB2 improves fluidity by 20% and reduces hot tearing susceptibility by 29%, enhancing castability. • Optimal mechanical properties (hardness and strength) are achieved with 1wt.% TiB2 addition, balancing reinforcement and ductility. • A TiB2 content of 1wt.% is recommended for optimizing both casting performance and mechanical properties in ZL205A alloy.