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首页> 外文期刊>Fibres & textiles in Eastern Europe >Evaluation of Cotton Fibre Properties in Compact Yarn Spinning Processes and Investigation of Fibre and Yarn Properties
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Evaluation of Cotton Fibre Properties in Compact Yarn Spinning Processes and Investigation of Fibre and Yarn Properties

机译：紧密纺纱过程中棉纤维性能的评价及纤维和纱线性能的研究

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摘要

Fibre properties are influential factors for yarn properties. Cotton, whose physical properties vary depending on the cultivation region, is still a very common fibre used in the textile industry Properties such as fibre length,fineness, strength and maturity affect yarn tensility, evenness, imperfections and hairiness. Four different 100% cotton blend's were used as raw material (American cotton, Aegean cotton, Urfa cotton, Greek cotton) to be converted into 20 tex compact yarns separately. IIVI parameters of each blend type starting from the bale until the 2nd drawing passage machine revealed that yarn processing stages and machinery are influential factors for fibre the properties of fibres that are produced on a spinning line. Additionally ANOVA tests supported the idea that the evenness, tensility yarn imperfections, and hairiness parameter of yarns produced front various cotton blends were statistically different. Principal Component Analyses (PCA) and the Correlation Matrix were also applied in order to analyse the relationship between, fibre properties and compact yarn properties of different blends.
机译：纤维性能是影响纱线性能的因素。棉花的物理特性随种植地区的不同而变化，但它仍然是纺织工业中非常常用的纤维。诸如纤维长度，细度，强度和成熟度等特性会影响纱线的张力，均匀度，瑕疵和毛羽。四种不同的100％棉混纺原料（美国棉，爱琴海棉，Urfa棉，希腊棉）用作原料，分别转化为20 tex紧密纱。从大包到第二台牵伸通过机，每种混纺纱类型的IIVI参数都表明，纱线的加工阶段和机械是影响纺丝生产线上纤维性能的因素。另外，方差分析测试支持这样的想法，即在各种棉混纺之前生产的纱线的均匀度，张力缺陷和毛羽参数在统计上是不同的。为了分析不同混合物的纤维性能和紧密纱性能之间的关系，还应用了主成分分析（PCA）和相关矩阵。

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