Comparative Analysis of Properties of Yarn Made from Vortex Blended, Ringspun Blended and OE Blended

Abstract

The structures and properties of the yarn made from the ring, Rotor and Vortex spinning systems are totally different. Each spinning system has its own advantages and disadvantages in terms of its technical and commercial viability. 24s count, 60:40 cotton polyester blend is get produced in Ring spinning, Vortex spinning, Rotor spinning with the industry provided processing parameter (i.e., Break draft, Main draft, cradle length setting, RH value, hank from carding to speed frame, Tension, TPI, Tapper angle, Doffing length, with below 2% coefficient of variation. The yarn produced in the vortex spinning have low strength, water absorption, resistance to pilling, wash resistance, fine printing where the ring spun have more strength. The vortex yarn being porous has a higher diameter compared to ring and OE yarn. Adding more strength to vortex yarn result in applying in various application. The primary goal of the project is to examine and contrast the yarn characteristics of the ring, rotor, and vortex (Um%, CSP, Elongation, Breaking point, etc.). We studied in the way of yarn with a change in procedure, qualities alter. we used a graphical representation to assess the different yarn qualities. Finally, in this project we are identifying the different properties of produced yarn and its application.