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Influence of mold wall thickness on morphologies of defect band in high-pressure die casting technology

Authors: Zhen-yu Sun; Wen-bo Yu; Jun-jie Li; Wei-chen Zheng; Guang-rui Wang; Jian-ru Fang; Shou-mei Xiong

DOI: 10.1007/s41230-026-4124-6Status: Verified Translated Edition
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Key Findings in This Report

• Increasing mold wall thickness from 2 mm to 5 mm reduces filling speed from 25.41 m/s to 11.07 m/s, leading to wider and less distinct defect bands. • The ratio of defect band width to grain size (w/d) increases significantly to 24.47 for 5 mm thickness, compared to 7-18 for 2-4 mm, indicating a critical thickness effect. • Externally solidified crystals (ESCs) diffuse from center to defect band as wall thickness increases, maintaining high shear strength during filling and influencing defect band morphology. • The 5 mm-thick casting exhibits high porosity (5.25%), highlighting the detrimental effect of thick sections on casting quality.