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Development of multi-functional cotton surface for sportswear using nano zinc oxide

机译：用纳米氧化锌运动装的多功能棉表面的研制

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摘要

This paper reports the development of multi-functional cotton knitted fabric by two-stage process. Cotton knitted fabric was finished with in situ generated nano zinc oxide (nano-ZnO) followed by electrospraying Arkophop FFR a non-fluorocarbon-based hydrophobic chemical. Electrospraying was carried out with different flow rates (0.01 and 0.02 mL/min) and durations (1- min) with the help of microprocessor controlled syringe pump. The fabric was analyzed for its antimicrobial, UV protective, and moisture management (MMT) properties. FTIR study confirmed the formation of hydrophobic chemical finish on one surface of cotton fabrics. Scanning electron microscope observation showed the presence of nano-ZnO and hydrophobic finish on the electrosprayed surface of the cotton fabric. One-way moisture transport rating of the treated fabric using MMT test was found to be very good for 0.01 mL/min flow rate of the hydrophobic chemical for duration of 3 min using an optimized voltage of 20 kV and the distance of 15 cm between the nozzle and the collector. In situ generated nano-ZnO positively influenced the MMT properties of the treated cotton fabric.
机译：本文报道了两阶段过程的多功能棉针织面料的开发。棉织针织织物以原位产生的纳米氧化锌（纳米ZnO）完成，然后电喷雾Arkophop FFR一种非氟碳疏水化学品。借助微处理器控制注射泵，用不同流速（0.01和0.02ml / min）和持续时间（1-分钟）进行电喷雾器。分析织物的抗微生物，UV保护和水分管理（MMT）性能。 FTIR研究证实了在棉织物的一个表面上形成了疏水化学品的形成。扫描电子显微镜观察显示棉织物的电喷雾表面上存在纳米ZnO和疏水性光洁度。使用MMT试验的经处理过的织物的单向水分运输额定值对于疏水化学物质的0.01mL / min流速，使用20 kV的优化电压和15cm之间的距离为3分钟的液体化学品的0.01ml / min流速非常好。喷嘴和收集器。原位产生的纳米ZnO积极影响经处理的棉织物的MMT性能。

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