[논문]Fabric Dyeing with Indigo and Japanese pagoda tree for Color mixture (II) － Treatment on Protein Fibers －

An, Sun-Young; Bae, Jung-Sook; Huh, Man-Woo

doi:10.5764/tcf.2010.22.4.306

[국내논문] Fabric Dyeing with Indigo and Japanese pagoda tree for Color mixture (II) － Treatment on Protein Fibers － 원문보기

韓國染色加工學會誌 = Textile coloration and finishing, v.22 no.4, 2010년, pp.306 - 313

An, Sun-Young (Dept. of Fashion Design, Daegu University) , Bae, Jung-Sook (Dept. of Fashion Design, Daegu University) , Huh, Man-Woo (Dept. of Textile & Fashion Technology, Kyungil University)

Abstract ▼ AI-Helper

To achieve color diversification of natural dyeing, color mixture dyeing with Indigo and Japanese pagoda tree is applied to wool and silk fabrics. After dyeing with Japanese pagoda tree extract solution of 5~25%(o.w.f.), the indigo dyeing was carried out up to four times. Alternatively after repeat dyeing with indigo one to seven times, the dyeing with Japanese pagoda tree extract solution was applied in 5 steps(5~25%). In color mixture dyeing, the dye uptake of wool fabrics appears higher than that of silk. The sequence of Japanese pagoda tree extract dyeing after Indigo dyeing was generally higher dye uptake compared with that of Indigo dyeing after Japanese pagoda tree extract dyeing. For wool and silk fabric, the pre-dyeing with Japanese pagoda tree solution was more effective for color diversification but the pre-dyeing with Indigo was more effective for the exhibition of intermediate color shade.

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가설 설정

81B~4.19GY for silk and (ii) effective intermediate color representation between Indigo blue and Japanese pagoda tree yellow.
1. The dye uptake of sample fabrics dyed with Japanese pagoda tree's extract solutions was higher for wool than for silk.
2. In color mixture dyeing the dye uptake of each dyeing appeared higher for wool than for silk. The sequence of Japanese pagoda tree dyeing after Indigo dyeing appeared higher dye uptake than that of Indigo dyeing after Japanese pagoda tree dyeing in overall.

제안 방법

Table 6 and 7 showed the results of post-dyeing with Japanese pagoda tree after repeated Indigo dyeing in 1-7 times. Deeply dyed fabrics obtained by doing 4 different repeated Indigo dyeing in 1, 3, 5 and 7 times were dyed with Japanese Indigo tree of 5~25% concentration levels in the conditions of treated temperature 60℃ and treated time 60 minutes, so that 20 color samples of each fabric were obtained. In the case of Indigo post-dyeing, H(V/C) value of wool ranged between 9.

성능/효과

3. In the mixture dyeing with Indigo and Japanese pagoda tree, the range of diverse color distribution increased in the case of Japanese pagoda tree dyeing after Indigo, when compared with the order of Indigo dyeing after Japanese pagoda tree. I concluded that, in color mixture dyeing, pre-dyeing with Japanese pagoda tree solution was more effective for color diversification for wool and silk fabric, but pre-dyeing with Indigo was more effective for intermediate color shade exhibition.
When we checked dye uptake according to repeated dyeing, wool fabric showed higher dye uptake than silk fabric. It was thought that, even though wool and silk fabrics all have amide and amino groups, wool has relatively more dye uptake site than silk due to its fine structure.

참고문헌 (10)

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S. Y. Kim, Natural Dyeing of Silk Fabric using Gardenia Blue Dye, J. of Kor. Society for Clothing Industry, 6(6), 778-784(2004).
T. J. Jeon, K. Y. Lim, S. I. Eom, and K. J. Yoon, Expansion of the Range of Natural Dyes by Mordanting and Dyeing with Mixtures, J. Korean Fiber Soc., 33(1), 351- 355(1996).
Y. S. Shin, K. H. Son and D. I. Yoo, Dyeing Properties and Storage Stability of Leaf Powder Prepared from Dyers's Knotweed(II), Textile Coloration and Finishing, 21(4), 23-32(2009).

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연합인증

[국내논문] Fabric Dyeing with Indigo and Japanese pagoda tree for Color mixture (II) － Treatment on Protein Fibers － 원문보기

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[국내논문] Fabric Dyeing with Indigo and Japanese pagoda tree for Color mixture (II) － Treatment on Protein Fibers － 원문보기

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