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Challenges, development and future of silica abrasives in chemical mechanical polishing derived from past six decades

Authors: WU Zuozuo; CHENG Jinglin; YU Zhiguo; ZHOU Wei; LI Yangjian; CAO Jianwei; SUN Wei; YUAN Shuai; YANG Deren

DOI: 10.1088/1674-4926/25060003Status: Verified Translated Edition
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Key Findings in This Report

• Silica abrasives dominate the CMP market (>90%) and operate via a chemical-mechanical synergistic mechanism essential for sub-7 nm IC manufacturing. • Innovations in particle structure (mesoporous, hollow, raspberry) and surface modifications significantly improve dispersion, reduce defects, and enhance material removal rate. • State-of-the-art silica slurries achieve surface roughness below 0.1 nm RMS, meeting stringent requirements for advanced nodes. • Future development focuses on biodegradable and smart abrasives to align with green manufacturing and simplify post-CMP cleaning.