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Physical Properties of Denim Fabrics (Part-Ⅰ)

机译：牛仔布的物理性质（第一部分）

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Physical properties of different denim fabrics produced from cotton and bamboo polyester blended yarns were discussed. Yarns of 7 and 10 Ne of 100% cotton and 75:25 bamboo polyester blended yarns were used for these denim fabric samples. Yarns of 7 and 10 Ne of 100% cotton and bamboo polyester (B/P) blend were tested for physical properties such as Strength, Elongation, Unevenness and Hairiness etc, and factors affecting physical properties denim fabrics were studied. It was found that, Strength of B/P blended yarn is greater than cotton yarn in both counts. B/P blended yarns are more uniform than cotton yarns. But, B/P blended yarns are found more hairy than cotton yarns. C.S.P. of B/P blended yarn is also higher than cotton yarns. Breaking Strength (weft way) of B/P fabrics is 93% higher than cotton fabrics. B/P blended fabrics are stronger than cotton fabrics. Breaking Strength (warp way) of B/P fabric is 5% higher than 100% cotton fabric. Elongation% (weft way) of B/P fabrics in both count is greater than cotton fabrics. Tearing strength (warp way) is excellent for all fabric samples.
机译：讨论了由棉和竹聚酯混纺纱制成的不同牛仔布织物的物理性能。这些牛仔布样品使用100％棉的7和10 Ne纱线和75:25竹纤维涤纶混纺纱线。测试了100％棉和竹聚酯（B / P）混纺纱中7和10 Ne的纱线的物理性能，如强度，伸长率，不均匀度和毛羽等，并研究了影响牛仔布物理性能的因素。发现在这两个方面，B / P混纺纱的强度均大于棉纱。 B / P混纺纱比棉纱更均匀。但是，发现B / P混纺纱比棉纱更有毛。 C.S.P. B / P混纺纱的比重也高于棉纱。 B / P织物的断裂强度（纬向）比棉织物高93％。 B / P混纺面料比棉织物强。 B / P织物的断裂强度（经线）比100％棉织物高5％。两种织物中，B / P织物的伸长率％（纬向）均大于棉织物。撕裂强度（经纱方式）对所有织物样品都非常好。

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  • 来源
    《Man-Made Textiles in India》 |2013年第8期|269-273|共5页
  • 作者

    A. Rathod; A. Kolhatkar;

  • 作者单位

    Department of Textile Engineering, Jawaharlal Darda Institute of Engineering and Technology, Yavatmal;

    Department of Textile Engineering, Jawaharlal Darda Institute of Engineering and Technology, Yavatmal;

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