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A Study on the Color of Natural Solvent for the Red Color Reproduction of Safflower

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초록

Safflower, a natural dye representing red, is the dye that materials and dyeing method are recorded in the literature, including materials and dyeing. Although the safflower is the same, the ash used as a mordant is recorded differently in each literature, which greatly affects the aesthetic perspective in realizing the traditional safflower red. Therefore, the optimal conditions for realizing the traditional safflower red were sought. The experiment was conducted by pH investigation, dyeing and color analysis by dyeing solution water, concentration, and temperature by ash, and the unique color of red was confirmed. A s a result of t he test, t he pH p oint o f time when t he uniq ue c olor w as e xpressed was 11.53 as goosefoot ash (natural bedrock water), which was 1:100 for concentration and 70°C for temperature, which was easier to extract red pigment than other ash, indicating that it is suitable for safflower dyeing. The analysis of the ash showed that K and Si play an important role in dyeing, especially Si, which is an element that inhibits carthamon. The color of red was similar to that of KS Standard vivid purplish red in the ash of the goosefoot, and the other ash was deep purplish pink. In the light of findings, it was possible to quantify the dyeing method through traditional materials and find the standard color of red color, and it is judged to be a basic data for studying the unique color of natural materials.

Abstract

Safflower, a natural dye representing red, is the dye that materials and dyeing method are recorded in the literature, including materials and dyeing. Although the safflower is the same, the ash used as a mordant is recorded differently in each literature, which greatly affects the aesthetic perspective in realizing the traditional safflower red. Therefore, the optimal conditions for realizing the traditional safflower red were sought. The experiment was conducted by pH investigation, dyeing and color analysis by dyeing solution water, concentration, and temperature by ash, and the unique color of red was confirmed. A s a result of t he test, t he pH p oint o f time when t he uniq ue c olor w as e xpressed was 11.53 as goosefoot ash (natural bedrock water), which was 1:100 for concentration and 70°C for temperature, which was easier to extract red pigment than other ash, indicating that it is suitable for safflower dyeing. The analysis of the ash showed that K and Si play an important role in dyeing, especially Si, which is an element that inhibits carthamon. The color of red was similar to that of KS Standard vivid purplish red in the ash of the goosefoot, and the other ash was deep purplish pink. In the light of findings, it was possible to quantify the dyeing method through traditional materials and find the standard color of red color, and it is judged to be a basic data for studying the unique color of natural materials.

참고문헌 (9)

  1. Chu, Y.J., "A study on the natural mordants in natural dyeing (Ⅰ)", Journal of the Korean Society of Dyers and Finishers, 9(6), pp.33~41 (1997)
  2. 이미영, "회재(灰材)를 사용한 홍화 염색에 관한 연구 - 콩깍지․명아주를 중심으로 -", 문화와융합, 41(4), pp.401~422 (2019), 한국문화융합학회
  3. Kim, G.Y., "Korea Traditional natural red-dyeing of Research", pp.2010
  4. Kiyoshi, A., "Gromwell dye and safflower dye", Dyeing and Textile Finishing, 21(7), pp.412~423 (1973)
  5. Lee, M.Y., "A study on the changes in safflower color by natural alkaline solvent", pp.2020
  6. Nam, S.W., "Dyeing of cotton fabric with natural Dye (I) - Safflower -", Textile Coloration and Finishing, 7(2), pp.47~54 (1995)
  7. 박미선, "천연색소 추출 공정의 추출 용매 조성에 의한 색차 효과", 공업화학, 13(8), pp.844~851 (2002), 한국공업화학회
  8. 손경희, "홍화의 홍색소 추출 용제의 종류에 따른 색상 변화", 한국의류학회지, 32(3), pp.486~493 (2008), 한국의류학회
  9. Tamako, O., "The pH dependence of absorption spectra of carthamin aqueous solution", Sen’i Gakkaish, 63(8), pp.185~192 (2007)

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