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Journal |
Textile Coloration and Finishing |
Year / Vol., Issue, Month |
2023 / V.35,no.2,Jun |
Title |
Expansion of Color Space in Hanji Fabrics by Using Sustainable Natural Dyeing:
Focused on Natural Indigo Dyeing and Combination Dyeing |
Authors |
Kyunghee Son |
Institution/Affiliations |
Sunchon National University |
Pages/Total page |
pp.82 ~ 97 / 16 |
Language |
Korean |
Abstract |
The purpose of this study is to enhance the usability of hanji fabrics by expanding
the color space of hanji fabrics. For the expression of various colors of hanji
fabrics, single and combination dyeing were carried out using natural indigo(Niram,
Polygonum tinctorium), marigold extract colorant, and madder extract colorant for three
types of hanji fabrics with different fiber compositions(hanji, hanji/cotton, hanji/silk).
The light, medium, and deep colors obtained through individual single dyeing were
shown to be PB Munsell colors in the case of indigo dyeing, Y color for marigold
dyeing, and R color for madder dyeing. For combination dyeing, indigo dyeing was
first carried out under the conditions for light, medium, and deep colors, respectively,
and marigold or madder dyeing was performed thereafter. Indigo and marigold combination
dyeing produced PB, B, BG, G, and GY Munsell colors and indigo and madder
combination dyeing produced PB, P, RP, and R Munsell colors. Overall, the color
change of hanji/silk fabric was more diverse than that of hanji fabric and hanji/cotton
fabric. In the indigo, marigold, and madder combination dyeing into individual deep
colors, blackish PB and P Munsell colors was obtained. Colorfastness to washing, dry
cleaning, rubbing, and light were relatively good with above rating 4. Finally, 9 colors
excluding YR color out of 10 Munsell color were obtained. We confirmed that the
expansion of the color space of Hanji fabrics by the single and combination dyeing
with indigo, marigold, and madder. |
Keywords |
hanji fabric, natural indigo, marigold, madder, combination dyeing, munsell colors |
Download |
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Reference |
http://koreascience.or.kr/journal/OSGGBT.page |
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