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Directional Micro-Grooved Fibers with Theoretical Infinite-Length Toward Liquid Self-Transport

Authors: Mingfu Qiu; Ying Hao; Bo Lu; Shucheng Li; Guoqiang Zheng; Shanshan Xu; Kun Dai; Chaojun Gao; Liwei Mi; Chuntai Liu; Changyu Shen

DOI: 10.1007/s40843-025-3814-2Status: Verified Translated Edition
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Key Findings in This Report

• • Continuous melt extrusion enables fabrication of theoretically infinite-length micro-grooved fibers (MGFs) with feature sizes down to a few microns, overcoming batch-processing limitations of lithography or laser-writing. • • MGF fabric achieves an evaporation rate approximately 4 times higher than smooth fiber (SMF) fabric and 2 times higher than commercial Cool-max fabric, demonstrating superior moisture management for activewear. • • By applying twisting at the die exit, left- and right-handed micro-grooves with tunable helix angles are produced, enabling directional liquid transport on predefined paths. • • The process uses high-density polyethylene (HDPE) and is solvent-free, low-cost, and scalable, aligning with environmentally-friendly manufacturing requirements.