Moisture management can be defined as the controlled movement of water vapor and liquid water (perspiration) from the surface of the skin to the atmosphere through the fabric. Wetting, wicking, and moisture vapor transmission (MVT) properties are the critical aspects for evaluating the comfort performance of textiles. In this study, the effect of stitch length and knit structure on comfort characteristics of moisture management finished knitted fabric that includes wicking, wetting, water absorbency, MVT, and air permeability have been analyzed.
Lomax, G.R. ( 1985). The Designs of Water Proof, Water Vapour Permeable Fabrics , Journal of Coated Fabrics, 1: 15-18.
2.
Zeto, Y.S. and Tovo, X.M. ( 2005). Water and Moisture Transport Behaviour of Textiles, The Indian Textile Journal, 6: 30-33.
3.
Funder, A., Griese, H. and Heim, H. ( 1975). Textile, Praxis, 30: 14-23.
4.
Rees, W.H. ( 1969). What makes a Comfortable Fabric?, Textile Month, 8: 59-61.
5.
Slater, K. ( 1977). Comfort Properties of Textiles, Textile Progress, 9(4): 13-21.
6.
Umbach, K.H. ( 1993). Moisture Transport and Wear Comfort in Microfibre Fabrics , Melliand English, 2: E78-E80.
7.
Barker, R.L., Hatch, K.L., Maibach, H.I., Markee, N.L., Radhkrishnaiah, P. and Woo, S.S. ( 1990). In Vivo Cutaneous and Perceived Comfort Determinations for Three Experimental Knit Fabrics, Textile Research Journal , 60(7): 405-412.
8.
Patel, S. and Sengupta, A.K. ( 2003). A Study of Thermo Physiological Comfort Properties of Cotton, Polyester and Polyester Rich Polyester/Cotton Blended Fabrics, ATIRA Communications on Textile, 37(4): 67-82.
9.
Basu, A. ( 2001). Micro Fibers Properties, Processing and Uses, Asian Textile Journal, 8: 43-52.
