Extension under tensile load and recovery from extension was studied on a jersey knit cotton fabric after cross-linking treatments. The cross-linking reduces breaking strength and elongation-at-break, with only small changes in the load- elongation curve up to the break point. Set resulting from a high load is reduced by an amount approximating the reduction in extension; actual recovery is increased only slightly. Length increase from reheated loading can be reduced by cross-linking, but the extent of reduction is also influenced by noncross-linking additives.
Andrews, B.A.K. , Frick, J.G., Jr., and Reid , J.D., Improved Dimensional Stability and Durable-Press Properties of Cotton Knit Fabrics Through Chemical Finishing, The Knitter33 (11), 26-32 (1969).
2.
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3.
Frick, J.G., Jr., Andrews, B. A. K, and Reid, J.D., Effects of Cross-Linkage in Wrinkle-Resistant Cotton Fabrics, Textile Res. J.30, 495-504 (1960).
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Gulf Coast Section AATCC, Tensile Recovery and Structure Modification in Crosslinked Cotton, Amer. Dyestuff Reptr.52 (24), 37-49 (1963).
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Rebenfeld, L. , Response of Cottons to Chemical Treatments. Part V: Effects of Tension During Single-Fiber Resin Finishing, Textile Res. J., 32, 202-211 (1962).
6.
Weigmann, H. , Scott, M.G., and Rebenfeld , L., Relation of Fiber and Fabric Properties in Durable-Press Cottons, Textile Res. J.39, 460-470 (1969).
