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Effect of Machine Setting Parameters on Ring Slub Carded Yarn Quality and Spinning Performance
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作者 Md. Din Islam Md. Rokonuzzaman +1 位作者 Joykrisna Saha Abdur Razzaque 《Journal of Textile Science and Technology》 2017年第4期45-55,共11页
At present ring slub carded yarn is very popular to produce value added product for ornamentation purpose in the apparel industry. During spinning different parameters influenced the spinning performance. The main aim... At present ring slub carded yarn is very popular to produce value added product for ornamentation purpose in the apparel industry. During spinning different parameters influenced the spinning performance. The main aim of this study was to investigate the effect of spindle speed as well as traveller weight on yarn quality. The Ne 28, Ne 30 and Ne 34 carded slub yarns were produced at the spindle speed of 15,500 rpm, 16,000 rpm, 16,500 rpm, 17,000 rpm and 17,500 rpm on the ring frame with using traveller number 3/0, 4/0, 5/0 and 6/0. The yarn properties like mass variation percentage (CVm%), unevenness (U%), hairiness, yarn breakage rate, yarn imperfection were investigated. It was found that traveller number 5/0 showed lower Um%, CVm% for Ne 28 and Ne 30 carded slub yarn compared to traveller number 3/0 and 4/0. On the other hand traveller number 6/0 showed better Um%, CVm%, thin places (-50%)/km and end breakage% for Ne 34 carded slub yarn compared to traveller number 4/0 and 5/0. It was also observed that increasing end breakage rate as the spindle speed of ring frame was increased. 展开更多
关键词 slub YARN END BREAKAGE SPINDLE Speed TRAVELLER
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Comparison between Tencel-Flax Blended Slub Yarn and Cotton-Flax Blended Slub Yarn
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作者 Mohammad Nayemul Islam Lamia Latifun Rahman +4 位作者 Md. Imran Hosen Jaglul Hoque Mridha Md. Sakib-Uz-Zaman Md. Shahin Hossen Nazmus Sakib Khan 《Journal of Textile Science and Technology》 2022年第4期221-230,共10页
The blending of different fibers is done for the manufacturing of yarn to ensure the presence of multiple properties in the resultant yarn which is impossible if we use only one type of fiber. Tencel is regenerated ce... The blending of different fibers is done for the manufacturing of yarn to ensure the presence of multiple properties in the resultant yarn which is impossible if we use only one type of fiber. Tencel is regenerated cellulosic fiber & flax is natural bast fiber. Tencel shows more versatility than flax. Tencel has a softer feel with a variety of end uses. Tencel is wrinkle-prone and stiff. Tencel shows extreme strength even in wet conditions and at the same time, it is more durable than linen. The most important fact is that the heat dissipation property of flax is 5 times higher than wool & 19 times higher than silk. Linen clothing can lower the body temperature by 3 to 4 degree celsius in hot weather than clothing made of wool and silk. A yarn made of both Tencel & linen (50:50) will contain the properties of both fibers. At the same time, we can make this yarn more aesthetic by incorporating a slub. It was observed that the slub yarn made by blending Tencel and flax fiber shows better properties than the slub yarn of the same count made from the blending of cotton and flax. 展开更多
关键词 FLAX TENCEL slub BLENDING
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竹节纱上浆性能的测试与分析 被引量:1
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作者 马芹 张岑岑 《棉纺织技术》 CAS 北大核心 2017年第6期68-71,共4页
探讨竹节纱的竹节部分和基纱部分上浆效果。观察了竹节纱竹节部分和基纱部分的浆纱截面形态特性,测试了竹节部分和基纱部分的上浆率、浸透率、被覆率、浆膜完整率、强伸度、毛羽指数等性能指标;分析比较了竹节纱及其各部分上浆前后的性... 探讨竹节纱的竹节部分和基纱部分上浆效果。观察了竹节纱竹节部分和基纱部分的浆纱截面形态特性,测试了竹节部分和基纱部分的上浆率、浸透率、被覆率、浆膜完整率、强伸度、毛羽指数等性能指标;分析比较了竹节纱及其各部分上浆前后的性能变化。结果表明:原纱竹节部分的断裂强力稍小于基纱部分的断裂强力,强力不匀率明显偏大,毛羽较多;上浆后,与基纱部分相比,竹节部分浸透效果好,上浆率低,增强率高,减伸率小,被覆率、浆膜完整率、毛羽降低率略差。认为:研究竹节纱的上浆性能有助于竹节纱产品工艺参数的制定。 展开更多
关键词 竹节纱 竹节部分 基纱部分 浆纱切片 上浆性能
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竹节纱结构性能测试与分析 被引量:5
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作者 马芹 刘学锋 《河南工程学院学报(自然科学版)》 2012年第2期1-3,共3页
对竹节纱竹节部分和基纱部分的性能进行了测试和对比分析,测试了纱线捻度、毛羽指数与断裂强力这3项指标,得知基纱部分纱线的结构紧密,捻度变异系数小于竹节部分;竹节部分的结构松散,毛羽较多,尤其是3 mm及以上的有害毛羽较多.虽然竹节... 对竹节纱竹节部分和基纱部分的性能进行了测试和对比分析,测试了纱线捻度、毛羽指数与断裂强力这3项指标,得知基纱部分纱线的结构紧密,捻度变异系数小于竹节部分;竹节部分的结构松散,毛羽较多,尤其是3 mm及以上的有害毛羽较多.虽然竹节部分特数是基纱部分的2.2倍,竹节部分的断裂强力却稍小于基纱部分的断裂强力,是基纱部分断裂强力的98.4%,竹节部分纱线的强力CV值较高.根据实验结果提出了在织造加工中应采取的技术措施,为企业正确制定竹节纱的生产工艺并提高竹节纱产品的生产效率和产品质量提供了实验基础和理论依据. 展开更多
关键词 竹节纱 竹节部分 基纱部分 性能测试 对比分析
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