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Physical properties of single jersey derivative knitted cotton fabric with tuck and miss stitches
Journal of Engineered Fibers and Fabrics ( IF 2.9 ) Pub Date : 2020-01-01 , DOI: 10.1177/1558925020928532
Alemayehu Assefa 1 , Nalankilli Govindan 1
Affiliation  

The effect of different stitch combinations, namely, knit, tuck and miss stitches, on some of the physical properties of single jersey derivative fabrics have been studied. Fabrics which are in common commercial use in the textile industry were selected, and they are used as clothing fabrics. Knitted fabrics from 100% cotton yarn of 19.67 Tex on circular knitting machines were used in the study. The effect of knit structure on areal density, fabric thickness, air permeability, drape ability, stretch and recovery, shrinkage, and low-stress mechanical properties are investigated, and it was found that these properties are significantly affected by loop shape or knit structure, even though other knitting parameters remained the same. It was also found that the presence of tuck and float stitches for a given structure have a significant effect on fabric drape ability, width-wise extensibility, length-wise shrinkage, thickness, areal density and low-stress mechanical properties.

中文翻译:

单面针织派生针织棉织物集圈和漏针的物理性能

已经研究了不同针迹组合,即针织、集圈和漏针,对单面针织衍生织物的一些物理特性的影响。选择了纺织工业中常用的商业用途的面料,将其用作服装面料。研究中使用了在圆针织机上由 19.67 Tex 的 100% 棉纱制成的针织面料。研究了针织结构对面密度、织物厚度、透气性、悬垂性、拉伸和恢复、收缩率和低应力机械性能的影响,发现这些性能受线圈形状或针织结构的显着影响,即使其他针织参数保持不变。
更新日期:2020-01-01
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