Effect of Discontinuous Waste of Cotton on Some Properties of Denim Fabrics

The aim of this study was to assess the tensile and tearing properties of newly developed structural denim fabrics after an abrasion load and to compare them with those of traditional denim fabric. The denim fabric reinforced with different geometry modeling of threads in denim fabric. The impact, tensile, and dynamic mechanical properties and physicals of the recycled of cotton yarn were observed with increasing denim mechanical and physicals properties of recycled cotton yarn spinning to examine the reinforcing effect of denim fabrics, and carried out to geometry modeling of the three-dimensional of the denim fabric, of three different type production of cotton yarn in a way which is 59.1Tex open end cotton, 49.2 Tex of cotton , 36.9 Tex of cotton specifications and properties of functional suitable for use in various fields has also been used in the production of those threads woven fabrics of high endurance to study the effect of different factors, some structural composition (the weft yarns: 59.1Tex , 49.2 Tex indirect System of cotton, 36.9Tex, and cotton weft density: 40 weft per inch, 45 weft per inch, 50 weft per inch) on the properties of fabrics produced from the recycled of cotton spinning using warp 49.2 Tex cotton, fabric structure (twill 2/1), and after production testing samples according with standards test methods for abrasion test.