허브 추출물에 의한 직물의 염색 특성
Dyeability of the Fabrics dyed with Herb Extracts
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Abstract This study examined the dyeability of fabrics dyed with rosemary, mint, sage, and thyme herb extracts. The herb extracts were pulverized and characterized by UV and FT-IR analysis. Dyeing properties of herb colorants on cotton, silk and wool fiber and effect of dyeing conditions on dye uptake were compared. The constituents of four different herbs were shown to be similar to each other. The dye uptake of rosemary and sage were shown to be larger than those of mint and thyme regardless of the fiber types. Affinity of herb colorants to protain fibers was higher than to cellulose fiber. Compared with silk and wool, the dyeability of cotton was the worse, the dye uptake of silk and wool fibers were increased along with dyeing time and dyeing temperature. As the dye uptake increased with increasing of the dye concentration, and its isothermal adsorption curves were langmuir type, indicating that ionic bonding was involved in the adsorption of herb colorants to the fibers.
Abstract
Abstract This study examined the dyeability of fabrics dyed with rosemary, mint, sage, and thyme herb extracts. The herb extracts were pulverized and characterized by UV and FT-IR analysis. Dyeing properties of herb colorants on cotton, silk and wool fiber and effect of dyeing conditions on dye uptake were compared. The constituents of four different herbs were shown to be similar to each other. The dye uptake of rosemary and sage were shown to be larger than those of mint and thyme regardless of the fiber types. Affinity of herb colorants to protain fibers was higher than to cellulose fiber. Compared with silk and wool, the dyeability of cotton was the worse, the dye uptake of silk and wool fibers were increased along with dyeing time and dyeing temperature. As the dye uptake increased with increasing of the dye concentration, and its isothermal adsorption curves were langmuir type, indicating that ionic bonding was involved in the adsorption of herb colorants to the fibers.
참고문헌 (37)
- J. Kinugasa, "Dyeing of Herb and Its Application", Textile Processing Technology, 29(2), pp.48~ (1994)
- M. S. Cho, "An Analysis of the Trend of Natural Dyeing", M.S., pp.2004
- S. W. Nam, "The Theory and Practice of Natural Dyeing", pp.68~ (1995), Boseongmunhwasa
- J. R. Bahk, "Aflatoxin Production is Inhibited by Selected Herbal Drugs", Mycopathologia, 83(3), pp.129~ (1983)
- 박영희, "라벤다 추출물을 이용한 염색직물의 염색성 및 항균성", 복식, 56(1), pp.97~105 (2006), 한국복식학회
- K. H. Lue, "The Illustrated Book of New Vegetable", pp.239~258 (1998), Herbworld Press
- J. W. Ryoo, "Mineral Content and Antioxidative Activity in Some Herb Plants", Korean J. of Medicinal Crop Science, 6(1), pp.28~ (1998)
- W. J. Craig, "Health-promoting Properties of Common Herbs", The American J. of Clinical Nutrition, 70, pp.491~ (1999)
- A. Bouseta, "Flavor and Free Amino Acid Composition of Lavender and Eucalyptus Honeys", J. of Food Science, 61, pp.683~ (1996)
- K. W. Park, "Herb and Aromatherapy", pp.21~22 (2007), Sunjinmunhwasa
- N. Nakatani, "Structure of Rosemanol: A New Antioxidant from Rosemary", Agricultural and Biological Chemistry, 45(10), pp.2366~ (1981)
- N. Okamura, "Flavonoids in Rosmarinus Officinalis Leaves", Phytochemistry, 37(5), pp.1463~ (1994)
- Y. J. Choi, "Herb Life", pp.69~133 (2000), Yega Publishing
- J. Geise, "Spices and Seasoning Blends: A Taste for All Seasons", Food Technology, 48(4), pp.87~ (1994)
- J. M. Kim, "Dyeability of Silk Fabric from Herbs", M.S., pp.1999
- Y. S. Shin, "Dyeing ofWoolwithRosemary Extract", J. of the Korean Society of Clothing and Textiles, 25(7), pp.1314~ (2001)
- Y. S. Shin, "Dyeing of Cotton with Rosemary Extract", J. of the Korean Society of Clothing and Textiles, 26(3, pp.4) (2002), 485~
- 박영희, "캐모마일 추출액 염색직물의 염색성 및 항균성", 한국의류학회지, 29(8), pp.1188~1195 (2005), 한국의류학회
- B. Shan, "Antioxidant Capacity of 26 Spice Extracts and Characterization of Their PhenolicConstituents", J. of Agricultural and Food Chemistry, 53(20), pp.7749~ (2005)
- T. R. Seshadri, "The ColouringMatter of the Flowers ofCarthamus Tinctorius, Letters toEditor", Current Science(India), 29(2), pp.54~ (1960)
- K. R. Cho, "Studies on the Natural Dyes(4): Dyeing of Silk Fibers byColor of OnionCoats", SillaUniversity J., 33(1), pp.295~ (1992)
- 권윤정, "황색계 천연염료의 화학구조 및 염색성", 한국의류산업학회지, 8(2), pp.233~238 (2006), 한국의류산업학회
- K. C. Ahn, "Science of Dyeing", pp.241~273 (2000), Kyungchunsa
- N. S. Kim, "Chemistry of Dyeing", pp.180~182 (1992), Gyomoon Publishers
- M. E. Lim, "The Study on Natural Dyeing with Artemisia", J. of the Korean Society of Clothing and Textiles, 21(5), pp.911~ (1997)
- 김재훈, "봉숭아 추출액의 염색성과 염색물의 항균성에 관한 연구", 한국염색가공학회지, 15(1), pp.15~22 (2003), 한국염색가공학회
- B. H. Kim, "The Dyeability and Antimicrobial Properties of Dryopteris crassirhizoma", J. of the Korean Society ofClothing and Textiles, 25(1), pp.3~ (2001)
- H. S. Lee, "Dyeing ofCottonwithClove Extract", TextileColoration and Finishing, 10(3), pp.29~ (1998)
- 염 준, "새로운 천연염재로서 메타쉐콰이어 열매의 활용(1): 면섬유 염색을 중심으로", 한국염색가공학회지, 27(2), pp.142~148 (2015), 한국염색가공학회
- J. S. Rhie, "Dyeing of Wool Fabric using Rhubarb Extract", Korean J. of Human Ecology, 8(4), pp.5~ (2005)
- T. Vickerstaff, "The Physical Chemistry of Dyeing", pp.344~347 (1954), Oliver and Boyd Publisher
- A. Vasconcelos, "BiodegradableMaterialsBased on Silk Fibroin andKeratin", Biomacromolecules, 9(4), pp.1299~ (2008)
- J. D. Leader, , Proceedings of the 7th InternationalWoolTextile Research Conference, 5, pp.99~108 (1985)
- F. J. Wortmann, "Pathways for Dye Diffusion in Wool Fibers", Textile Research J, 67(10), pp.720~ (1997)
- Y. H. Lee, "Dyeing and Deodorizing Properties of Cotton, Silk, Wool Fabrics Dyed with Amur Corktree, Dryopteris crassirhizoma, Chrysanthemum boreale, Artemisia Extracts", J. of Applied Polymer Science, 115(4), pp.2246~ (2009)
- 염 준, "새로운 천연염재로서 메타쉐콰이어 열매의 활용(2) : 견섬유의 염색성과 항균성을 중심으로", 한국염색가공학회지, 27(4), pp.281~287 (2015), 한국염색가공학회
- N. S. Kim, "Chemistry of Dyeing", pp.540~543 (1992), Gyomoon Publishers