Coloration of poly(lactic acid) with disperse dyes. II. Dyeing characteristics and color fastness

Jae Hong Choi; Mi Hyeon Kim; Joon Soo Park; Jeong Min Jeon; Dae Ok Kim; A. D. Towns

doi:10.1007/BF02908157

Coloration of poly(lactic acid) with disperse dyes. II. Dyeing characteristics and color fastness

Jae Hong Choi, Mi Hyeon Kim, Joon Soo Park, Jeong Min Jeon, Dae Ok Kim, A. D. Towns

Department of Textile System Engineering

Research output: Contribution to journal › Article › peer-review

25 Scopus citations

Abstract

In Part 1 of this study, the dyeability, color shade, wash, light fastness and compatibility of homogeneous disperse dyes on PLA fabric and PET fabric were reported. The present paper (Part 2) focuses on the application of commercial disperse dyes to PLA fabric. Specific areas of investigation are the coloration properties of dyes originally intended for the production of high lightfastness polyester fabrics or for application to cellulose diacetate. The compatibility of the eight members of the dye set was investigated. In terms of lightfastness, the ratings were higher than that of conventional disperse dyes. In addition, the use of dye combinations to achieve synergistic uptake on PLA was explored leading to the pronounced synergism with a mixture of CI Disperse Blue 374 and 284.

Original language	English
Pages (from-to)	37-42
Number of pages	6
Journal	Fibers and Polymers
Volume	8
Issue number	1
DOIs	https://doi.org/10.1007/BF02908157
State	Published - Feb 2007

Keywords

Colorimetric data
Disperse dyes
Dye compatibility
Light fastness
PLA fiber

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10.1007/BF02908157

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abstract = "In Part 1 of this study, the dyeability, color shade, wash, light fastness and compatibility of homogeneous disperse dyes on PLA fabric and PET fabric were reported. The present paper (Part 2) focuses on the application of commercial disperse dyes to PLA fabric. Specific areas of investigation are the coloration properties of dyes originally intended for the production of high lightfastness polyester fabrics or for application to cellulose diacetate. The compatibility of the eight members of the dye set was investigated. In terms of lightfastness, the ratings were higher than that of conventional disperse dyes. In addition, the use of dye combinations to achieve synergistic uptake on PLA was explored leading to the pronounced synergism with a mixture of CI Disperse Blue 374 and 284.",

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AU - Kim, Mi Hyeon

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AU - Jeon, Jeong Min

AU - Kim, Dae Ok

AU - Towns, A. D.

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AB - In Part 1 of this study, the dyeability, color shade, wash, light fastness and compatibility of homogeneous disperse dyes on PLA fabric and PET fabric were reported. The present paper (Part 2) focuses on the application of commercial disperse dyes to PLA fabric. Specific areas of investigation are the coloration properties of dyes originally intended for the production of high lightfastness polyester fabrics or for application to cellulose diacetate. The compatibility of the eight members of the dye set was investigated. In terms of lightfastness, the ratings were higher than that of conventional disperse dyes. In addition, the use of dye combinations to achieve synergistic uptake on PLA was explored leading to the pronounced synergism with a mixture of CI Disperse Blue 374 and 284.

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Coloration of poly(lactic acid) with disperse dyes. II. Dyeing characteristics and color fastness

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Keywords

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