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<p>Hydrogel fibre stands out for its remarkable moisture-absorbing capabilities and extensive specific surface area, positioning it as a game-changing material in diverse sectors like textiles, healthcare, and intelligent wearables. Despite their potential, studying these materials presents unique challenges due to their internal structural changes, which directly influence their mechanical strength and moisture-absorption properties. This review highlights the significant advancements and groundbreaking innovations in hydrogel fibre research globally over the past thirty years. It offers an in-depth exploration of the internal structure changes, the factors impacting mechanical strength, enhancement methods, and other critical factors that shape their moisture-absorption characteristics. In summary, this work delivers a comprehensive overview of evolving trends in hydrogel fibre development and its vast potential applications. By presenting an insightful analysis of the current research landscape and outlining promising future directions, this article aspires to inspire increased utilization of hydrogel fibres across various fields, unlocking their transformative potential for a wide range of innovative applications.</p>

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Morphological evolution, mechanical properties and hygroscopicity behaviour of hydrogel fibres

  • 期刊论文

  • 发表日期：

    2025年5月6日

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  • Dongpeng Li,
  • Yue Li,
  • Xiaolin Zhou,
  • Makesh Mohan,
  • Tongda Lei,
  • Kun Chen,
  • Chin-hua Chia,
  • Bin Zhang,
  • Qingsong Zhang,
  • Yen Wei

摘要

Hydrogel fibre stands out for its remarkable moisture-absorbing capabilities and extensive specific surface area, positioning it as a game-changing material in diverse sectors like textiles, healthcare, and intelligent wearables. Despite their potential, studying these materials presents unique challenges due to their internal structural changes, which directly influence their mechanical strength and moisture-absorption properties. This review highlights the significant advancements and groundbreaking innovations in hydrogel fibre research globally over the past thirty years. It offers an in-depth exploration of the internal structure changes, the factors impacting mechanical strength, enhancement methods, and other critical factors that shape their moisture-absorption characteristics. In summary, this work delivers a comprehensive overview of evolving trends in hydrogel fibre development and its vast potential applications. By presenting an insightful analysis of the current research landscape and outlining promising future directions, this article aspires to inspire increased utilization of hydrogel fibres across various fields, unlocking their transformative potential for a wide range of innovative applications.