陆地棉混纺处理的效果研究及吉萨95栽培品种(棉)纤维和纱线质量

A. Gadallah, R. Abdel-Twab
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引用次数: 2

摘要

本研究于2018年在开罗赫勒万的Misr Helwan纺织公司和埃及吉萨农业研究中心棉花研究所棉花技术研究部实验室进行,研究了五种棉花材料的效果,即吉萨95的纯埃及棉(Gossypium barbadense L.)、纯陆地棉(Gossypium hirsutum L.)、65%吉萨95 + 35%陆地棉、50%吉萨95 + 50%陆地棉混纺,35%吉萨95 + 65%陆地棉混纺,三支纱线,即20支、25支和30支,使用转子开端纺纱系统,纤维和纱线的技术性能显著提高。纯埃及棉吉萨95的上半平均长度(mm)、纤维均匀度(%)、纤维强度(g/tex)、成熟度、成熟度比(%)、反射率、纱线强度的平均值最高,短纤维指数的平均值最低。neps/100米,编号:/100米;厚的地方/100m。陆地棉的短纤维指数、伸长率和马克隆值最高,成熟度比、反射率(RD%)、黄度(b +)平均值最低。将纱线支数从20支数和25支数增加到30支数,使某些研究性状的平均值显著增加。相反,对于其他特征,它减少了。纱线支数为30支数时,纱线的均匀度平均值(C.V %)显著高于30支数时。/100米;薄处/100米;粗的地方/100m,同时给出纱线强度和毛羽的最低平均值。同时,纱线强力、毛羽的最大平均值和条干条数/100m的最小平均值为:neps/100米,编号:薄处/100米;纱线支数为20 's时,每100米厚的地方。所得到的5种棉料与3种纱线的相互作用对纱线的所有品质性状都有显著影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECT OF BLENDING TREATMENTS BETWEEN UPLAND COTTON (Gossypium hirsutum L.) AND GIZA 95 CULTIVAR (Gossypium barbadense L.) ON FIBER AND YARN QUALITY
The present study was carried out during 2018 season in the Misr Helwan Spinning and Weaving Company, Helwan, Cairo, and the laboratory of Cotton Technology Research Division, Cotton Research Institute, Agricultural Research Center, Giza, Egypt to study the effect of five cotton materials, i.e. pure Egyptian cotton (Gossypium barbadense L.) of Giza 95, pure upland cotton (Gossypium hirsutum L.), blend of 65% Giza 95 + 35% upland cotton, blend of 50% Giza 95 + 50% upland cotton and blend of 35% Giza 95 + 65% upland cotton and three yarn counts, i.e. 20’s, 25’s and 30’s on fiber and yarn technological properties significantly using the rotor open-end spinning system. Pure Egyptian cotton Giza 95 recorded the highest mean values for upper half mean length (mm), fiber uniformity (%), fiber strength (g/tex), maturity, maturity ratio (%), reflectance degree, yarn strength, it gave the lowest mean values of short fiber index, No. of neps/100m, No. of thin places/100m, No. of thick places/100m. On the other hand, upland cotton recorded the highest value of short fiber index, fiber elongation and micronaire value and lowest mean values of maturity ratio, reflectance degree (RD%),Yellow-ness(b + ). Increasing yarn counts from 20’s and 25’s to 30’s caused significant increase in mean values of some studied traits. In contrast, for the rest traits it decreased. The yarns produced at yarn count of 30’s significantly recorded the maximum mean values of evenness (C.V %), No. of neps/100 m, No. of thin places/100m and No. of thick places/100m while gave the lowest mean values of yarn strength and hairiness. Meanwhile, the maximum mean values of yarn strength and hairiness, as well as, the lowest mean values of evenness/100m, No. of neps/100m, No. of thin places/100m and No. of thick places/100m were obtained from yarn count of 20’s. The interaction between five cotton materials and three yarns obtained was significant for all yarn quality characters.
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