“…The literature review provides enormous outcomes on the improvement of the properties of core-spun yarns containing single-core filament, mostly elastane. Textile researchers and producers have very recently developed dual-core yarns, and due to being a new type, there is a special focus on these yarns [ 4 , 7 , 8 , [13] , [14] , [15] , [16] , [17] , [18] , [19] ]. However, less significant research on optimizing the spinning parameters of dual-core yarns highlights the need for further investigations.…”
“…The literature review provides enormous outcomes on the improvement of the properties of core-spun yarns containing single-core filament, mostly elastane. Textile researchers and producers have very recently developed dual-core yarns, and due to being a new type, there is a special focus on these yarns [ 4 , 7 , 8 , [13] , [14] , [15] , [16] , [17] , [18] , [19] ]. However, less significant research on optimizing the spinning parameters of dual-core yarns highlights the need for further investigations.…”
“…It was observed that dual-core weft yarn containing wool yarn/elastane improved the comfort properties without negatively affecting the elasticity and fabric growth. 11 In another study, the thermal comfort of chenille weft yarn included denim fabrics was investigated to improve the potential of denim fabrics in cold climates. It was found that permeability of denim decreased with bulkier pile materials and acrylic pile had a smoother surface.…”
In this study, the thermophysiological comfort and objective hand properties of modal, Naia™, cashmere, and cotton containing denim fabrics were investigated. Therefore, the air permeability, thermal conductivity, thermal absorptivity, thermal resistance, water vapor permeability, overall flexural rigidity, and compressibility of the fabrics were examined. It was concluded that using Naia™ sustainable fiber improved the thermal comfort and objective hand properties of denim fabrics. The elastane containing fabrics (T5 and T6) were uncomfortable because of their lower air permeability, lower water vapor permeability and higher overall flexural rigidity properties. Sulfur dyeing only affects the thermal resistance of fabrics, and the thermal resistance of sulfur dyed fabrics is higher than that of indigo dyed fabrics with the same compositions.
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