首页> 外文期刊>Indian Journal of Fibre & Textile Research >Characterization of nanomembrane using nylon-6 and nylon-6/poly (e-caprolactine) blend
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Characterization of nanomembrane using nylon-6 and nylon-6/poly (e-caprolactine) blend

机译:使用尼龙6和尼龙6 /聚(ε-己内酰胺)共混物表征纳米膜

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摘要

This study is mainly focused on characterization of nanomembrane using nylon-6 and its blend with poly (e- caprolactine) (PCL). Nylon-6 nanomembrane has been developed using formic acid at four different viscosity levels of 158.4, 420.8, 920.8 and 1417 cPs. Another nanomembrane of nylon-6/PCL (80:20) blend has also been developed using nylon-6 polymer solution viscosity of 1417 cPs at three different polymer concentrations (8, 10 and 12%) of PCL. The characterization of nanomebrane is done using scanning electron microscope and Fourier transformed infrared. It is observed that the nanomebrane of 80:20 blend ratio of nylon-6/PCL at 1417 cPs nylon-6 viscosity and 12 % concentration of PCL produces uniform fibre structure.
机译:这项研究主要集中在使用尼龙6及其与聚(ε-己内酰胺)(PCL)的共混物表征纳米膜上。使用甲酸以四种不同的粘度水平分别为158.4、420.8、920.8和1417 cPs开发了尼龙6纳米膜。尼龙6 / PCL(80:20)共混物的另一种纳米膜也已经开发出来,使用了三种不同聚合物浓度(8%,10%和12%)的尼龙6聚合物溶液,粘度为1417 cPs。纳米膜的表征是使用扫描电子显微镜和傅立叶变换红外进行的。可以看出,在1417 cPs尼龙6粘度和12%的PCL浓度下,尼龙6 / PCL共混比为80:20的纳米膜产生均匀的纤维结构。

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