에탄올 및 증류수 추출에 의한 솔잎 염색 견직물의 색채 이미지 및 선호도
Color Image and Preference of the Silk Fabrics Dyed of Extract from Pine Needle by Ethanol and Distilled Water
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The purpose of this study was to evaluate the color image of the natural-dyed silk fabrics. The dye was extracted from pine needle by boiling pine needle with ethanol at 78℃for 3hours and distilled water at 100℃for 2hours. The 100% silk fabric was dyed of extract in pH 5 at 90-100℃ for 1 hr. As mordants used were compounds of Al, Sn, Fe,and Cr, color image of pine-needle dyed silk fabrics was classified into 5 factors (pure, gentle, sophisticate, comfortable,pastorale) and the factor pure is most important one of those. Most cheerful image in pure factor was from the fabrics dyed with ethanol extract and then, none and Cr mordanting. Dignified image was from the fabrics dyed with ethanol extract and then, Cu or Fe mordanting. In production, products dyed with ethanol extracts was preferred to those dyed with distilled water extracts. Color image and preference of the silk fabrics dyed with pine needles extracted was affected by extraction solvents and mordants.
Abstract
The purpose of this study was to evaluate the color image of the natural-dyed silk fabrics. The dye was extracted from pine needle by boiling pine needle with ethanol at 78℃for 3hours and distilled water at 100℃for 2hours. The 100% silk fabric was dyed of extract in pH 5 at 90-100℃ for 1 hr. As mordants used were compounds of Al, Sn, Fe,and Cr, color image of pine-needle dyed silk fabrics was classified into 5 factors (pure, gentle, sophisticate, comfortable,pastorale) and the factor pure is most important one of those. Most cheerful image in pure factor was from the fabrics dyed with ethanol extract and then, none and Cr mordanting. Dignified image was from the fabrics dyed with ethanol extract and then, Cu or Fe mordanting. In production, products dyed with ethanol extracts was preferred to those dyed with distilled water extracts. Color image and preference of the silk fabrics dyed with pine needles extracted was affected by extraction solvents and mordants.
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