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Dyeing Properties of Askin Fabric with Indigo

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Recently, polyester is widely used in textile fabrics due to its application potentials in various fields. It is known that askin fabric is prepared with mainly polyester and is enjoyed with various end uses such as marine clothing, underwear, shirts, swimming suits and so on. For this purpose, color fastness should be considered with great importance during its wet processing step. In this context, vat dyes were very much attracted due to the advantage of superior fastness property. Thus, we have used indigo dye towards askin fabric dyeings and investigated corresponding properties namely, dyeing temperature, concentration of dye, reducing agent amount and alkali amount. The results showed that higher color strengths of indigo dyeing on askin fabric were obtained at 110℃, 8% o.w.f, 3g/l, 5g/l, respectively. The color fastness to washing was considerable generally.

Abstract

Recently, polyester is widely used in textile fabrics due to its application potentials in various fields. It is known that askin fabric is prepared with mainly polyester and is enjoyed with various end uses such as marine clothing, underwear, shirts, swimming suits and so on. For this purpose, color fastness should be considered with great importance during its wet processing step. In this context, vat dyes were very much attracted due to the advantage of superior fastness property. Thus, we have used indigo dye towards askin fabric dyeings and investigated corresponding properties namely, dyeing temperature, concentration of dye, reducing agent amount and alkali amount. The results showed that higher color strengths of indigo dyeing on askin fabric were obtained at 110℃, 8% o.w.f, 3g/l, 5g/l, respectively. The color fastness to washing was considerable generally.

참고문헌 (9)

  1. 정용식, "폴리에스테르", 스판덱스 혼방직물 염색에서 분산염료의 상용성 및 특성분석, 2002, pp.14(4), 12~17[DOI]
  2. Gajanan Bhat, "Thermal properties of elastic fibers", Thermochimica Acta, 367(8), pp.161~164 (2001)
  3. Ervat S. Ibrahim, "Electron-beam modification of textile fabrics for hydrophilic finishing", Applied Surface Science, 241(3), pp.309~320 (2005)
  4. S. Hongyo, "Dyeing of Synthetic Fibers with Vat Dyes", Dyeing Ind. Jpn, 48, pp.589~594 (2000)
  5. F. Govaert, "Development of voltammetric sensor for the determination of sodium dithionite and indanthrene", indigo dyes in alkaline solutions, 1999, pp.385(1), 307~314
  6. Young-A Son, "An approach to the dyeing of polyester fiber using indigo and its extended wash fastness properties", Dyes and Pigments, 61(3), pp.263~272 (2004)
  7. Doralice S. L. Balan, "Decolorization of textile indigo dye by ligninolytic fungi", Journal of Biotechnology, 89(2), pp.141~145 (2001)
  8. Robin J. H. Clark, "Indigo, woad, and Tyrian Purple: important vat dyes from antiquity to the present", Endeavour, 17(4), pp.191~199 (1993)
  9. Young-A Son, "Indigo adsorption properties to polyester fibers of different levels of fineness", Dyes and Pigments, 65(2), pp.137~143 (2005)

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