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首页> 外文期刊>Journal of natural fibers >Design and development of non-woven medical product from Wrightia tinctoria fiber
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Design and development of non-woven medical product from Wrightia tinctoria fiber

机译：Wrightia Tinctoria Fiber的非编织医学产品的设计和开发

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摘要

This work aims at research on characterization of Wrightia tinctoria fiber, such as fiber content, fiber longitudinal view, cross-sectional view, fiber diameter, moisture content, SEM analysis, surface resistivity, swelling, and also mechanical properties of fiber, such as fiber strength, elongation, linear density, etc. The fiber was used to produce carded webs using the pilot carding machine from blends of Wrightia tinctoria fiber (W) with cotton (C), bamboo (B), and polyester (P) in the blend ratios of 25:75 and 50:50 for required GSM. The produced webs were bonded using spunlace bonding technique to produce required non-woven medical apparel. The produced nonwoven were tested for dressing mass and thickness, absorbency of wound dressing, the dehydration rate of dressing, wettability, vertical wicking, air permeability, potential of hydrogen, water vapor permeability, and anti-bacterial. The test results of the studies were investigated in detail and observed that the product development from Wrightia tinctoria fiber has immense potential for curing various skin diseases as revealed from the test results.
机译：这项工作旨在研究Wrightia Tinctoria纤维的表征，例如纤维含量，纤维纵向视图，横截面视图，纤维直径，水分含量，SEM分析，表面电阻率，肿胀，以及纤维的机械性能，例如纤维强度，伸长，线性密度等。纤维用于使用Wrightia tinctoria纤维（W）与棉（C），Bamboo（B）和Polyester（P）中的Wrightia Tinctoria Fiber（W）中的飞行员梳理机产生纸板网。所需GSM的比率为25:75和50:50。使用Spunlace键合技术将生产的网络粘合，以生产所需的非编织医疗服装。测试了生产的非织造剂的敷料和厚度，伤口敷料的吸收性，敷料的脱水速率，润湿性，垂直扇形，空气渗透性，氢的潜力，水蒸气通透性和抗细菌。详细研究了研究的测试结果，并观察到Wrightia tinctoria纤维的产物发育具有巨大的治愈各种皮肤病的潜力，如测试结果所示。

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