Viscose spun yarn and knitted fabrics properties produced by using different spinning technologies

In this thesis, using Ne 28/1 (21 tex) 100% viscose fiber, ring, compact, rotor, and vortex spinning systems are used to examine the yarns and some selected properties of knitted fabrics from these yarns. Yarns produced using different spinning technologies were knitted into a fabric with a plain structure produced in two different yarn stitch densities (ring and compact are the same, rotor and vortex are the same). Then, the pilling abrasion (with ICI box and Martindale) of knitted fabrics produced using yarns from different spinning technologies and burst strength performance are examined. As a result, the yarn produced with the compact system in terms of yarn gave the best results of general properties. Fabrics were examined in two groups, it was observed that the fabrics knitted with compact yarns had better pilling properties than the fabrics knitted with ring yarns. However, the pilling performance of knitted fabric made from yarns produced by vortex technology is better than knitted fabric from OE rotor yarns.