학술논문
Performance of Core & Dual-core Cotton Yarn Structures on Denim Fabrics.
Document Type
Article
Source
Subject
*COTTON yarn
*YARN
*DENIM
*TEXTILES
*SPUN yarns
*MEDICAL textiles
*THERMAL conductivity
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Language
ISSN
1544-0478
Abstract
In case of the tensile strength in warp direction of fabrics, 100% CO weft yarns showed less strength compared to fabrics produced from CO/EL and CO/EL/PBT weft yarns because of the increased warp yarn density (Table 4 and Figure 1). Air permeability of different yarn structures of denim fabrics Table 6 demonstrates the statistical analysis of denim fabrics' air permeability for three different weft yarn structures. Fabric growth (%) and stretch (%) of denim fabrics after different washing Conclusions The impact of various weft structure yarns on the mechanical and dimensional properties of denim fabrics was highlighted in this paper. Produced fabric widths for different weft yarn structures HT
ht Table 5. [Extracted from the article]
| Yarn structures | Greige fabric width (cm) | After Finishing fabric width (cm) |
| CO (100%) | 201 | 180 |
| CO/EL (94.43/5.56%) | 188 | 143 |
| CO/EL/PBT (80.65/5.56/13.79%) | 193 | 141 |