Abstract
In this study, spirality related mechanical properties such as torque, tensile and snarling tendency and their effect on spirality and skewness are investigated in single jersey structures made from soft and bulkier lincLITE® yarns and conventional wool yarns. Twist liveliness, snarling tendency, torque and residual torque, asymmetry of torque and tightness significantly effect the spirality and skewness of single jersey fabrics. Torques and residual torques and snarling tendency have positive and tightness factor has a negative correlation with skewness. Asymmetry of torque appeared to be proportional with an increase of torque and residual torques, but showed a negative correlation with torsional resilience. LincLITE® yarns showed better torsional properties nearly in all cases in concern of spirality. Tensile properties are nearly similar between lincLITE® and conventional yarns. Lower initial modulus and slightly higher coefficient of friction are exhibited by lincLITE® yarns over conventional yarns.
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