Compact spinning research for regenerated cellulose and synthetic yarns
Compact spinning research for regenerated cellulose and synthetic yarns
This study is a comparative study of physical properties of compact and conventional spun yarns. For this aim, compact and conven-tional ring yarns were produced at three yarn counts having three-twist levels. 100% modal, 100% polyester, 100% tencel and 100% viscose rovings were used as raw materials in the study. The results showed that compact yarns have less hairiness, high-er strength and higher elongation ratio values than conventional ring yarns. The differences in hairiness and tensile properties between com-pact and conventional ring yarns depend on the raw material used in spinning. Mechanical compact spinning improves the quali-ty properties of yarns, which spun with viscose staple fibres better than other raw materials used in the study.
- Ege University Turkey
Yarn physical properties, Mechanical compact spinning, Polyester, Tencel, Conventional ring spin-ning, Modal, Viscose
Yarn physical properties, Mechanical compact spinning, Polyester, Tencel, Conventional ring spin-ning, Modal, Viscose
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