@article{ART000930104},
author={이권선 and Myungjune Oh and Sunghoon Jeong and Sung-Dong Kim and 이범수 and 박영환 and 김용민},
title={Study on dyeing Properties of Nylon 66 Nano Fiber(1)},
journal={Textile Coloration and Finishing },
issn={1229-0033},
year={2004},
volume={16},
number={4},
pages={1-9}
TY - JOUR
AU - 이권선
AU - Myungjune Oh
AU - Sunghoon Jeong
AU - Sung-Dong Kim
AU - 이범수
AU - 박영환
AU - 김용민
TI - Study on dyeing Properties of Nylon 66 Nano Fiber(1)
JO - Textile Coloration and Finishing
PY - 2004
VL - 16
IS - 4
PB - The Korean Society Of Dyers And Finishers
SP - 1
EP - 9
SN - 1229-0033
AB - In recent, development of nano fiber has been one of the most active subjects in the world. Nano fiber is defined as a ultra fine yarn with a diameter unit of 10~100 10-9meter, which is possible to be produced by an electro-spinning technology. In this study, physical characteristics and dyeing properties of nylon 66 nano fiber were investigated. Nylon 66 nano fiber was dyed with levelling type acid dyes. X-ray diffraction method and DSC analysis were used for the measurement of the degree of crystallization. Analysis of amino end groups was also performed in order to examine a relationship between number of amino groups and its dyeing property as well as water absorption behavior. The maximum exhaustion % of dyes and dyeing rate under various dyeing conditions, such as dyeing temperature and pH in dye bath, along with build-up properties for 2 acid dyes were evaluated. It was found that the degree of crystallization of nano fiber was smaller than that of regular fiber, and amino end groups of nano fiber were less than regular fiber. Half dyeing time of nano fiber was shorter than regular fiber because of the bigger specific surface area. Effect of pH on exhaustion % was small in case of nano fiber. Exhaustion of nano fiber increased with higher concentration of dye.
KW - nano fiber;electro-spinning;dyeing property;levelling type acid dye
DO -
UR -
ER -
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환 and 김용민. (2004). Study on dyeing Properties of Nylon 66 Nano Fiber(1). Textile Coloration and Finishing , 16(4), 1-9.
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환 and 김용민. 2004, "Study on dyeing Properties of Nylon 66 Nano Fiber(1)", Textile Coloration and Finishing , vol.16, no.4 pp.1-9.
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환, 김용민 "Study on dyeing Properties of Nylon 66 Nano Fiber(1)" Textile Coloration and Finishing 16.4 pp.1-9 (2004) : 1.
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환, 김용민. Study on dyeing Properties of Nylon 66 Nano Fiber(1). 2004; 16(4), 1-9.
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환 and 김용민. "Study on dyeing Properties of Nylon 66 Nano Fiber(1)" Textile Coloration and Finishing 16, no.4 (2004) : 1-9.
이권선; Myungjune Oh; Sunghoon Jeong; Sung-Dong Kim; 이범수; 박영환; 김용민. Study on dyeing Properties of Nylon 66 Nano Fiber(1). Textile Coloration and Finishing , 16(4), 1-9.
이권선; Myungjune Oh; Sunghoon Jeong; Sung-Dong Kim; 이범수; 박영환; 김용민. Study on dyeing Properties of Nylon 66 Nano Fiber(1). Textile Coloration and Finishing . 2004; 16(4) 1-9.
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환, 김용민. Study on dyeing Properties of Nylon 66 Nano Fiber(1). 2004; 16(4), 1-9.
이권선, Myungjune Oh, Sunghoon Jeong, Sung-Dong Kim, 이범수, 박영환 and 김용민. "Study on dyeing Properties of Nylon 66 Nano Fiber(1)" Textile Coloration and Finishing 16, no.4 (2004) : 1-9.
