紡織業每年2,400多萬噸廢棄的棉紡織品皆被視為垃圾掩埋或焚燒，若能將

紡織業每年2,400多萬噸廢棄的棉紡織品皆被視為垃圾掩埋或焚燒，若能將廢棄棉纖維轉化成具有高附加價值的奈米銀/碳材料並應用於智慧型紡織品具有極大的開發潛力。本研究擬將銀/碳複合奈米線與水性PU混合製作可伸縮性導電塗層，藉由銀奈米線提升水熱碳的導電性與水熱碳表面的官能基提升分散性，探討銀/碳複合奈米線性質對塗層電熱性質之影響，預期開發出具備安全且舒適的電熱紡織品。

結果 (英文) 1:

In the textile industry, more than 24 million tons of discarded cotton textiles are treated as landfills or incinerated every year. If waste cotton fibers can be converted into high value-added nanosilver/carbon materials and applied to smart textiles, there will be great development potential. potential. This study intends to mix silver/carbon composite nanowires and water-based PU to produce a stretchable conductive coating. The silver nanowires are used to improve the conductivity of hydrothermal carbon and the functional groups on the surface of hydrothermal carbon are used to improve the dispersion. This study explores the silver/carbon The influence of the properties of composite nanowires on the electrothermal properties of coatings is expected to lead to the development of safe and comfortable electrothermal textiles.

結果 (英文) 2:

Every year, over 24 million tons of discarded cotton textiles in the textile industry are considered to be buried or incinerated. If waste cotton fibers can be converted into high-value nano silver/carbon materials and applied to smart textiles, there is great potential for development. This study aims to mix silver/carbon composite nanowires with water-based PU to create a scalable conductive coating. By using silver nanowires to enhance the conductivity of hydrothermal carbon and enhance the dispersion of functional groups on the surface of hydrothermal carbon, the effect of silver/carbon composite nanowire properties on the electric heating properties of the coating is explored. It is expected to develop a safe and comfortable electric heating textile.

結果 (英文) 3:

Every year, more than 24 million tons of discarded cotton textiles in textile industry are regarded as garbage burial or incineration. If the discarded cotton fibers can be converted into nano-silver/carbon materials with high added value and applied to smart textiles, there is great development potential. In this study, silver/carbon composite nanowires and waterborne PU are mixed to make a scalable conductive coating. The conductivity of hydrothermal carbon and the dispersion of functional groups on the surface of hydrothermal carbon are improved by silver nanowires, and the influence of the properties of silver/carbon composite nanowires on the electrothermal properties of the coating is discussed. It is expected to develop a safe and comfortable electrothermal textile.