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首页> 外文期刊>Textile Research Journal >Evaluating the Physical and Fabric Hand Characteristics of Lyocell Fabrics Made with Different Wood Pulps
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Evaluating the Physical and Fabric Hand Characteristics of Lyocell Fabrics Made with Different Wood Pulps

机译：评价由不同木浆制成的莱赛尔织物的物理和织物手感

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摘要

Four different kinds of wood pulp are used to make lyocell fabric and its intermediate products, and each is evaluated in terms of its physical characteristics and fabric hand values measured with the Kawabata Evaluation System for Fabrics. The rank orders of fiber, yarn, and fabric characteristics as a whole suggest that H4 pulp is ranked highest for its physical characteristics, thus producing textile intermediates with higher strength and dimensional stability than the other pulp types. Comparing such physical results with the KES-FB rank orders, it appears that high strength and stability along with high elongation and crimp factors are less significant for characterizing fabrics with higher hand values. For lyocell fabrics made from yarns with higher CV%, the results are more favorable for increasing the hand values of numeri, fukurami, sofutosa, and shari characteristics, and such fabric hand as a total is an important requirement for women's suit fabrics.
机译：四种不同的木浆用于制造莱赛尔纤维织物及其中间产品，每种纤维浆均通过Kawabata织物评估系统评估其物理特性和织物手感值。总体而言，纤维，纱线和织物特性的等级建议表明，H4纸浆的物理特性排名最高，因此生产的纺织品中间体比其他纸浆类型具有更高的强度和尺寸稳定性。将此类物理结果与KES-FB等级进行比较，似乎对于表征手感值较高的织物而言，高强度和稳定性以及高伸长率和卷曲因子不太重要。对于由具有较高CV％的纱线制成的莱赛尔织物，其结果对于增加numeri，fukurami，sofutosa和shari特性的手感值更为有利，而总体而言，这种手感是女性西服面料的重要要求。

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