Designing Fabric with Innovative Fancy Yarns to Achieve Aesthetic Values in Men's Clothing Fabrics

This research aims to study designing fabric with innovative fancy yarns to achieve aesthetic values in men's clothing fabrics.
When compared to other samples, the previous figures, tables, and relationships its found the Fabric samples produced from polyester material have scored the highest rates of stiffness in warp and weft direction. The relationship between stiffness value and handling is inverse, which means that cotton fiber samples have the best handle, followed by blended and polyester samples.
As the number of interlacement points increases, the effect of weave structure on stiffness in the warp and weft directions decreases. Because there are more interlacement points in crepe and Matt weave structures, they are stiffer than twill 1/3.
It is clear that fabrics made with polyester as a weft recorded the highest rates of tensile strength in the weft direction, followed by blended and cotton fabrics, respectively. This is because polyester fibers have a higher tenacity than other materials, owing to their extremely crystalline polymer system. This allows for the formation of very strong van der Waals forces as well as very weak hydrogen bonds, resulting in very good tenacity with polyester polymers.