Change of Dyeability and Physical Properties of Modified Wool by Formic Acid, Ultrasonic Wave and Heat Treatment (포름산과 초음파 열처리에 의한 양모의 물성 및 염색성 변화)

최우혁; KIM,MIKYUNG (김미경); 김종원; 윤석한; 엄인철

Change of Dyeability and Physical Properties of Modified Wool by Formic Acid, Ultrasonic Wave and Heat Treatment

Textile Coloration and Finishing
Abbr : Text. Color. and Finish.
2011, 23(4), pp.290-297
Publisher : The Korean Society Of Dyers And Finishers
Research Area : Engineering > Fiber Engineering > Dyeing Engineering

최우혁 ¹, KIM,MIKYUNG ¹, 김종원 ¹, 윤석한 ¹, 엄인철 ²

¹한국염색기술연구소
²경북대학교

Accredited

ABSTRACT

In this study, the possibility of the practical development of highly sensitive clothing textiles using fibrillated wool fibers were considered by determining the dyeability, the physical and mechanical properties of fibrillated wool fibers treated under strong acid and high temperature ultrasonic wave irradation and they were compared with those of untreated wool fibers. The color strengths of the dyed fibrillated wool fabrics increased by the acid metal complex dyes contrary to the untreated wool fabrics, and color fastness properties to rubbing, light, and dry cleaning were excellent, similar to those of the untreated wool fabrics. The tensile strengths of fibrillated wool fabrics were also kept after the dyeing. Moreover, the Numeri,Fukurami, and THV of the fibrillated wool fabrics were better than those of the untreated wool fabrics.

KEYWORDS

wool, formic acid, ultrasonic, microfibrillation, dyeability

Citation status

* References for papers published after 2023 are currently being built.

[journal] 김동운 / 2007 / A Study on the Analysis of Fabric Trend Terms and Finishing-Women's Wear Fabrics for Spring/Summer Seasonsfor 10 Years(1995~2004)- / 한국의류학회지 / 한국의류학회 31(2) : 217~224

[book] G. Wood / 1983 / Handbook of Fiber Science and Technology / Marcel Dekker : 209~

[journal] Y. L. Kim / 1996 / Modification of Wool Treated with Alkali and Alkali/CTAB (I)-Changes of Chemical Properties / J. Kor. Soc. Clothing and Textiles 20(5) : 728~737

[book] R. S. Asquith / 1977 / Chemistry of Protein Fibers / Plenum Press,New York : 81~93

[book] D. M. Lewis / 1992 / Wool Dyeing / Society of Dyers and Colourists : 1~51

[book] J. I. Kroschwithz / 1990 / “Polymers ; Fibers and Textile, In A Compendium / John Wiley & Sons : 505~539

[journal] J. D. Leeder / 1985 / Changes Induced in the Properties of Wool by Specific Epicuticle Modification / J. Soc. Dyers and Colorist 101(1) : 11~16

[journal] B. S. Hwang / 2001 / Effect of Treating Conditon on Dyeing Property of Anti-Shrinkage Wool Fabric Treated with Chlorination and Monoethanol Aminesulphite Resin / J. Kor. Soc. Cloth. Ind 3(3) : 283~289

[journal] M. R. Park / 2001 / A Study on the Surface Properties of Wool Fabric Treated with Enzyme / Textile Coloration and Finishing(J. Korean Soc. Dyers and Finishers) 13(4) : 1~7

[journal] D. Sun / 2006 / Investigation of the Effect of Continuous Finishing on the Mechanical Properties and the Handle of Wool Fabrics / Fibers and Polymers 7(3) : 245~249

[journal] N. S. Yoon / 1997 / Dyeability and Enzymatic Treatment of Wool Pretrreated with Tert-Butoxide / Textile Coloration and Finishing (J. Korean Soc. Dyers and Finishers) 9(6) : 87~95

[journal] J. A. Park / 1991 / Modification of Wool Fiber by Enzymatic Treatment / Textile Coloration and Finishing(J. Korean Soc. Dyers and Finishers) 3(4) : 7~12

[journal] 정영진 / 2008 / Effect of Low Temperature Plasma and DCCA treatment on the Dyeing Properties of Wool Fabric / 한국염색가공학회지 / 한국염색가공학회 20(4) : 53~59

[journal] C. W. Kan / 2005 / Effect of Low Temperature Plasma Treatment on Wool Fabric Properties / Fibers and Polymers 6(2) : 169~173

[journal] S. Nourbakhsh / 2011 / Laser Treatment of the Wool Fabric for Felting Shrinkage Control / Fibers and Polymers 12(4) : 521~527

[journal] L. Ammayappan / 2009 / Study of Antimicrobial Activity of Aloevera, Chitosan, and Curcumin on Cotton, Wool, and Rabbit Hair / Fibers and Polymers 10(2) : 161~166

[journal] D. H. Baek / 2007 / Metal Ion Adsorbability of Electrospun Wool Keratose/Silk Fibroin Blend Nanofiber Mats / Fibers and Polymers 8(3) : 271~277

[journal] A. Korner / 1999 / Partial Release of Covalently Bound 18-Methyleicosanoic Acid from Wool Cuticle with Primary Alcohols / Journal of the Textile Institute 90(3) : 14~18

[journal] 성종미 / 2010 / Mechanical and Dyeing Properties of Wool Fabric Treated with Papain / 한국의류학회지 / 한국의류학회 34(4) : 697~702

[journal] 장진호 / 2010 / Wool Dyeing with Sepia Melanin / 한국염색가공학회지 / 한국염색가공학회 22(1) : 14~20

[journal] V. G. Kulkarni / 1974 / The Chemical Composition of Wool Ⅻ, Further Studies on Cortical Cells and Macrofibrils / Aust. J. Biol. Sci 27 : 383~396

[other] Stephen J. Russell / 2004 / U. S. Pat. 0103481 A1

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