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학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
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연구자들이 자신의 연구와 전문성을 널리 알리고, 새로운 협력의 기회를 만들 수 있는 네트워킹 공간이에요.
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초록· 키워드
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Lyocell is a regenerated cellulosic fiber manufactured by an environmentally friendly process. The major advantages of lyocell are the excellent drape forming property, the genuine bulkiness, smooth surface, and high dry/wet tenacities. However, one drawback of lyocell is its fibrillation property, which would degrade its aesthetic quality and lower the consumer satisfaction. In our previous studies, lyocell was treated with epichlorohydrin, a non-formalin based crosslinker, to reduce its fibrillation tendency. To investigate the changes of physical properties upon ECH-treatment, the hand characteristics of ECH-treated fabric were observed using KES-FB system and the 3D-virtual sewing image of the fabrics were obtained using 3D CAD simulation system in this study. Since epichlorohydrin(ECH) treatment was conducted in the alkaline medium, the weight reduction was observed in all treated lyocell. The treated lyocell became light, smooth and flexible in spite of ECH crosslinker application. LT and RT in tensile property upon the ECH treatment did not change significantly, however, EMT and WT in the tensile property increased. The significant decrease in bending rigidity was resulted in all ECH-treated lyocell, which is the result of the weight loss upon the alkali condition of ECH treatment. The bending rigidity increased again in the ECH 30% treated lyocell, however, the B value is still lower than the original. Therefore, the ECH-treated lyocell would be more stretchable and softer than the original. Shear rigidity was also decreased in all ECH-treated lyocell, which would result in more drape and body fitting when it is made as a garment. The ECH-treated fabric showed the softer smoother surface according to SMD value from KES evaluation. The virtual 3D sewing image of the ECH-treated lyocell did not show a significant change from that of the original except ECH 30% treated lyocell. ECH 30% treated lyocell showed a stiffer and more puckered image than the original.
목차
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참고문헌 (10)
참고문헌 신청
Cho, Gil-Soo / 2007 / New Textile Science / DongsuMunhwawon : 319 ~ 321
Jeong, Young-Jin / 2001 / The Effect of Swelling on the Properties of Lyocell Fabric(Ⅱ) -The Changes of Fabric Mechnical Properties- / Journal of the Korean Fiber Society 38
Kim, Sung-Ryun / 2000 / Textile Science / Kyomunsa : 146 ~ 147
Park, Ji-Yang / 2006 / Fibrillation tendency and Dyeing characteristic of Lyocell treated with Epichlorohydrine / The Korean Society of Dyers and Finishers 18 (4) : 20 ~ 27
Shon, J. / 2005 / Visual evaluation of apparel silhouette using virtual sewing system / Journal of Textile Machine Society Japan 58 : 51 ~ 58
Jeong, Young-Jin / 2001 / The Effect of Swelling on the Properties of Lyocell Fabric(Ⅱ) -The Changes of Fabric Mechnical Properties- / Journal of the Korean Fiber Society 38
Kim, Sung-Ryun / 2000 / Textile Science / Kyomunsa : 146 ~ 147
Park, Ji-Yang / 2006 / Fibrillation tendency and Dyeing characteristic of Lyocell treated with Epichlorohydrine / The Korean Society of Dyers and Finishers 18 (4) : 20 ~ 27
Shon, J. / 2005 / Visual evaluation of apparel silhouette using virtual sewing system / Journal of Textile Machine Society Japan 58 : 51 ~ 58
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