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Influence of Varying Structural Parameters on Abrasion Characteristics of 50/50 Wool/Polyester Blended Fabrics

机译:结构参数的变化对50/50羊毛/聚酯混纺织物耐磨性的影响

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摘要

This paper reports an analysis of the influence of polyester and yarn type on the abrasion resistance of 50/50 wool/polyester blended woven fabrics. Recently developed polyester fibers put into the blend and two-strand Sirospun yarns are compared with 2.5 denier standard polyester and two-fold ring yarns. Mass losses of ten fabrics abraded in the Martindale tester are obtained for eight abrasion levels and given in three groups of graphs in a comparative form. Regression analyses help describe mass loss ratios of fabrics as a function of abrasion cycles and other structural parameters. Linear and, in some cases, quadratic and cubic models help explain the acceleration in mass loss rates, and SEM photographs show surface degradation of wool blend fabrics.
机译:本文分析了聚酯和纱线类型对50/50羊毛/聚酯混纺机织织物耐磨性的影响。将最近开发的混纺纱和两股Sirospun纱中的聚酯纤维与2.5旦标准涤纶和二折环锭纱进行比较。对于八个磨损级别,获得了在Martindale测试仪中磨损的十种织物的质量损失,并以比较形式在三组图表中给出。回归分析有助于描述织物的质量损失率与磨损循环和其他结构参数的关系。线性模型以及某些情况下的二次方和三次方模型有助于解释质量损失率的加快,而SEM照片显示羊毛混纺织物的表面降解。

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