The application of uv curing and corona discharge technology to textiles is intro duced and discussed, The influence of uv photoreactive monomer on the shrinkage and mechanical properties of corona and nonpretreated 100% wool gabardine fabric is detailed. Machine washability can be achieved at low add-on by incorporating a uv curable silicone into the formulation and a post-cure steam treatment.
Byrne. K.M. , Ryder, A., Jackson, J., and Lavocah, W., Non Chlorine Shrink-Resist Treatments for Wool Top. in " Proc. 9th Int. Text. Wool Res, Conf., Biella," vol. 1, 1995, p. 234.
3.
Carr, C.M., Dodd, K.J., Connors, M.A., Henderson, A., and Vickerinan, J.C. , TheEffect of Corona Treatments on the Hygral Expansion of Wool Worsted Fabrics , J. Soc. Dyers Colour. 110, 383 (1994 ).
4.
Carr, C.M., Ho, S.F., Owen, E.D., Lewis, D.M., and Roberts, M.W., Photoelectron Spectroscopy and the Surface Chemistry of Wool. J. Textile Inst.76, 419 (1985).
5.
De Boos, A.G., in "Objective Specification of Fabric Quality Mechanical Properties and Pertormance," S. Kawabata, M. Niwa, and R. Postle, Eds., Textile Machine Society of Japan, 1982, p. 285.
6.
De Boos, A.G. , Non Cross-Linking CationicPolymers for the Shrink-Resist Treatment of Wool, J. Textile Inst.75, 184 (1984).
7.
Dodd, K.J., and Carr, C.M., An Investigation into the Application of a UV Curable Silicone for the Shrinkproofing of Wool Fabric, J. Textile Inst.84, 619 ( 1993 ).
8.
Hashimoto, K. , and Saraiya, S., The Chemistry of Radiation Curable Inks and Coatings, J. Rud. Curing15, 4 ( 1981 ).
9.
Laws, A., Lynn, S., and Hall, R., SomeAspects of the Formulation of UV Curable Polyester Based Systems, J. Oil Col. Chem. Assoc.59, 193 (1976).
Marsman, M.P.W. , Luiken, A.H., and Holweg, R.B.M., Pigmented UV Cured Coatings in Textile Applications, in "Proc. Radiation Technology Europe," Edinburgh, 1991 .
15.
Roffey, C.G. , Ultra-violet Curing for Offset Printing Inks and Varnishes, J. Oil Col. Chem. Assoc.11, 288 ( 1986 ).
16.
Shroeter, S.H., in "Non-Polluting Coatings and Coating Processes," J. C. Gardin and J. W. Prane , Eds., Plenum Press, 1973.
17.
Thorsen, W.J. , A. CoronaDischarge Method of Produc ing Shrink Resistant Wool and Mohair, Part II The Ef fects of Temperature, Chlorine Gas and Moisture , Textile Res. J.38, 645 ( 1968 ).
18.
Thorsen, W.J. , Temporary and PermanentFiber-Frictior Increases Induced by Corona Treatment, Textile Res. J41, 331(1971).
19.
Thorsen, W.J. , TextileModification in a Corona FieldAppl. Polym. Symp.18, 1171 (1971).
20.
Thorsen, W.J. , and Kondani. R.Y., A Corona Discharg< Method of Producing Shrink Resistant Wool and MohairTextile Res. J.36, 651 ( 1966).
21.
Umehara, R. , Shibata, Y., Ito, H., and Sakamoto, M., A New Type of Shrink-Resisting Treatment of Wool, it " Proc. 8th Int. Wool Text. Res. Conf , Christchurch ,' vol. 4, 1990, p. 421.
22.
Walsh, W.K. , and Bittencourt, E., Radiation Processe for Textiles, in "Proc. A.A.T.C.C. Int. Text. Conf,' 1976 .
23.
Walsh, W.K. , and Bittencourt , E., Radiation Processe for Textiles, Radiat. Phys. Chem.9, 289 ( 1997).
24.
Walsh, W.K. , and Gupta, B.S., Solventless Fabric Coat ing by Radiation Curing, Part I: Background and Poten tial, J, Coated Fabrics7, 253 ( 1978).
25.
Walsh, W.K. , Gupta, B.S., and Greene, S.L., Sol ventless Fabric Coating by Radiation Curing, Part V Flame Retardant Binders, J. Coated Fabrics8, 26, (1979).
26.
Walsh, W.K. , Hemachandra. K., and Gupta, B.S., Sol ventless Fabric. Coatings by Radiation Curing, Part II Back Coating of Upholstery Fabrics with U.V. Cure, J Coated Fabrics8, 30 ( 1978).
27.
Walsh, W.K. , and Oraby, W., in "Chemical Processin of Fibres and Fabrics-Functional Finishes, Part B," M Lewin and S. B. Sello, Eds., Marcel Dekker, ch. 6, 1983
28.
Waste Water Law, Bonn, March 5th, 1987, amendmen of 1986 law.
