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The regulated passage of sweat and water vapor through the skin’s surface to the outside via the textile layer is known as moisture management. It is an essential characteristic that determines whether or not it can be used in the textile items. The goal of numerous current advances in moisture management has been to create universal technology solutions that can be applied at any stage of operation in the textile industry. The use of nanoparticles for moisture management in textiles has prompted a great deal of research and offers numerous advantages in a variety of uses. Wicking of moisture qualities improvement is one noticeable application. Incorporated nanoparticles or modified textile fibres like titanium dioxide, silica or zinc oxide can help rapidly evaporate perspiration and moisture from the skin surface. It can help to retain the person wearing it relaxed and dry when involved athletic activities and decreases the risk of irritation and friction from long contact with moisture. The textile production has identified uses for nanoparticles like silver nanoparticles with antibacterial characteristics. These nanoparticles work as a barrier against the growth of bacteria, fungi, and other microorganisms that cause odors in fabrics. In the case of athletic clothing, sports apparel, and undergarments in particular, this twofold functioning not only prolongs the life of textile items but also aids in keeping them fresh and hygienic. Additionally, nanoparticles provide ways for textiles to be UV-protected. Textiles can be treated with nanoparticles such as zinc oxide and titanium dioxide to provide them with UV-blocking capabilities. The emergence of savvy textile-related materials highlights the revolutionary possibilities of nanotechnology in the area of moisture management. The next phase of multipurpose, outstanding durability textiles designed to satisfy the needs of modern lives is essentially being brought in by the incorporation of nanoparticles for moisture management in textiles, which constitutes an innovation in textile engineering.

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Application of Nanoparticles in Textiles for Moisture Management

  • 章节

  • 发表日期：

    2025年

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  • Shumaila Kiran,
  • Muhammad Umar Ijaz,
  • Azqa Amjad,
  • Mariam Rasool,
  • Mubashar Hussain,
  • Abdul Mateen

摘要

The regulated passage of sweat and water vapor through the skin’s surface to the outside via the textile layer is known as moisture management. It is an essential characteristic that determines whether or not it can be used in the textile items. The goal of numerous current advances in moisture management has been to create universal technology solutions that can be applied at any stage of operation in the textile industry. The use of nanoparticles for moisture management in textiles has prompted a great deal of research and offers numerous advantages in a variety of uses. Wicking of moisture qualities improvement is one noticeable application. Incorporated nanoparticles or modified textile fibres like titanium dioxide, silica or zinc oxide can help rapidly evaporate perspiration and moisture from the skin surface. It can help to retain the person wearing it relaxed and dry when involved athletic activities and decreases the risk of irritation and friction from long contact with moisture. The textile production has identified uses for nanoparticles like silver nanoparticles with antibacterial characteristics. These nanoparticles work as a barrier against the growth of bacteria, fungi, and other microorganisms that cause odors in fabrics. In the case of athletic clothing, sports apparel, and undergarments in particular, this twofold functioning not only prolongs the life of textile items but also aids in keeping them fresh and hygienic. Additionally, nanoparticles provide ways for textiles to be UV-protected. Textiles can be treated with nanoparticles such as zinc oxide and titanium dioxide to provide them with UV-blocking capabilities. The emergence of savvy textile-related materials highlights the revolutionary possibilities of nanotechnology in the area of moisture management. The next phase of multipurpose, outstanding durability textiles designed to satisfy the needs of modern lives is essentially being brought in by the incorporation of nanoparticles for moisture management in textiles, which constitutes an innovation in textile engineering.