Core spun yarns with a filament core and a cotton wrap were prepared and made into fabrics. The properties of these yarns and fabrics in comparison with all-cotton and intimate staple blend controls were investigated. This study included the dyeing of these fabrics and finishing for smooth drying and flame retardancy.
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References
1.
American Association of Textile Chemists and Colorists, AATCC Technical Manual, 1982-83 Method 124-1982, Research Triangle Park, N.C.
2.
American Society for Testing Materials, ASTM Designations D1424-83, D1578-83, 1682-64(1975), D2256-80, D3512-82 and D3887-80a, 1983 Annual Book of ASTM Standards, Philadelphia, Pa.
3.
Beninate, J.V. , Boylston, E.K., Drake, G.L., Jr., and Reeves , W.A., Application of a New Phosphonium Flame Retardant, Am. Dyes. Rep.57 (25), 74-78 (1968).
4.
Blanchard, E.J. , Kullman, R.M.H., and Reid, J.D., Improving the Strength of Wash-Wear Cotton Fabrics, Textile Ind.130 (5), 169-171, 175, 177, 179 (1966).
5.
Coates, H., U.S. Patent 2,983,623, 1961.
6.
Damant, G.H. , Williams, S.S., and Krasny, J.F., Cigarette Ignition Behavior of Commercial Upholstery Cover Fabrics, J. Consumer Prod. Flamm.9, 31-46 ( 1982).
7.
Fuchs, H., TheDREF Spinning System for Yams of Medium Counts, Melliand Textilber.8 (8), 633-640 ( 1979).
8.
Goswami, B.C. , Duckett, K.E., and Vigo, T.L., Torsional Fatigue and the Initiation Mechanism of Pilling, Textile Res. J.50, 481-485 (1980).
9.
Graham, C.O. , and Ruppenicker, G.F., Cotton Outdoor Fabrics Reinforced with Glass Fiber, Textile Res. J.53, 120-125 (1983).
10.
Gupta, N.P. , Patni, P.C., and Arora, R.K., Properties of Core-Spun Worsted Yams, J. Textile Assoc., 169-172 (September 1984).
11.
Harper, R.J., Jr., and Donaldson, D.J., Smolder Resistant Cotton Upholstery Fabrics , in "Proc. Seventh International Conference on Fire Safety," Vol. 7, 1982, pp. 41-54.
12.
Harper, R.J., Jr., and Ruppenicker, G.F., Multicolor Dyeing and Transfer Printing of Cotton Blends Via Approaches Based on Finishing and Fabric Studies, in "Book of Papers, 1984 National Technical Conference, AATCC," Chicago, Ill. October 3-5, 1984, pp. 104-111.
13.
Isaacs, J.L. , TheOxygen Index Flammability Test, J. Fire Flamm.1, 36-47 (1970).
14.
Johnson, A.TextileWorld, 101, 163 (1951).
15.
Moreau, J.P. , Beninate, J.V., and Drake, G.L., Jr., THPOH-NH3 Flame Retardant: Its Effect on Cotton Blends, J. Fire Retard. Chem.4, 7-17 (1977).
16.
Ruppenicker, G.F., and Graham, C.O., Lightweight High Cotton Content Outdoor Fabrics: A Progress Report, J. Coated Fabr.13, 59-68 (1983).
17.
Ruppenicker, G.F., and Graham, C.O., Improved High Cotton-Content Outdoor and Industrial Fabrics, presented at the 19th Canadian Textile Seminar InternationalKingston, Ontario, Canada, June 3-5, 1984.
18.
Singh Sawhney, A.P., TheEffect of Fabric Structure on the Properties of Two-Way Stretch Fabrics Made from Elastic Core-Spun Yarns of Cotton and Wool Blend, Textile Res. J.44, 506-512 (1974).
19.
Singh, R.K., Polyester Textiles, 37th All India Textile Conference , 1980, p. 109.
20.
U.S. Dept. of Commerce, Proposed Standard for the Flammability (Cigarette Ignition Resistance) of Upholstered Furniture, PFF 6-76 NBSIR-78-1438, 1978.
21.
U.S. Department of Commerce Standard for the Flammability of Children's Sleepwear (DOC FF 3-71), Federal Register, Vol. 36, No. 146, July 29, 1971, Textile Chem. Color.3 (9), 39 (1971).
22.
Upholstered Furniture Action Council, Proposed Fabric Classification Test Method, August 1981.