Effect of Air-jet Texturing Conditions on the Physical Properties of Low Melting Polyester/Tencel Composite Yarn

Lee, Sun Young; Yoo, Jae Jung; Choi, O; Lee, Seung Koo

doi:10.5764/tcf.2013.25.1.47

Cited by 5 publications

(1 citation statement)

References 15 publications

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“…LMP의 제조 (Lee et al, 2012)와 물성분석 (Lee et al, 2013), 열융착 효과 , 열처리, 염색 성 등에 관한 연구들 (Lee, 2012: Jang & Kim, 2007: Ji & Lee, 2009: Hwang et al, 2012: Choi & Seo, 2006과 저온 융착사를 이용한 인테리어 직물의 물성개선 (Kwon & Ahn, 2009), 저온 융착사를 이용한 인조가죽의 제조 (Kwon & Ahn, 2003), 저온 융착사 인테리어 소재의 가 공 (Ahn, 2009)…”

Section: 저온 융착 폴리에스터 소재에 관한 연구를 살펴보면unclassified

Consumer Needs and Sensory Evaluation of Jacquard Fabrics for Blind Using Low Melting Polyester

Kim¹,

Lee²,

Lee³

et al. 2013

Korean Journal of Human Ecology

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The purpose of this study is to identify consumer needs and sensory evaluation of jacquard fabrics for blind using low melting polyester. Ten kinds of jacquard fabric used for this study were developed. Developed jacquard fabrics were assessed subjectively by 164 consumers using 7-point scale of 22 consumer needs and 43 sensory descriptors. The results were briefly summarized as follows: the most important parameter to choose fabric for blind was 'Easy-use' and the other parameters are 'Lightproof', 'UV-protect', 'Design', 'Price', 'Color', 'Insulation', 'Easy-care'. The image sensibility of jacquard fabrics was explained by six factors: feminine, active, modern, traditional, pure, cozy. Higher preference was found in jacquard fabrics of clear, natural, luxurious, simple, feminine, young, cozy, graceful image. The preference was predicted 38.2% with feminine, modern, pure, cozy, traditional factors. Correlation coefficient between image sensibility factor 1 and preference was 0.437. The 3 factors (feminine, modern, pure)were selected as significant image sensibility affecting preference.

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Section: 저온 융착 폴리에스터 소재에 관한 연구를 살펴보면unclassified

Consumer Needs and Sensory Evaluation of Jacquard Fabrics for Blind Using Low Melting Polyester

Kim¹,

Lee²,

Lee³

et al. 2013

Korean Journal of Human Ecology

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The Physical Property of Nylon/PP Warm-up Knitted Fabric for High Emotional Garment

Kim

Jang²,

Heo³

et al. 2014

Textile Coloration and Finishing

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Abstract:This study investigated the physical properties of warm up yarns and their knitted fabrics including the dye affinity and color fastness to washing of these knitted fabrics according to the various dyeing times and temperatures on dyeing process. The results were summarized as follows. The tenacity of Nylon/PP warm-up yarn was 4g/d and breaking strain was 4.5%. The wet and dry thermal shrinkages were higher than those of PET warm-up yarn. The maximum heat flow rate(Qmax) of Nylon/PP warm-up knitted fabric was lower than that of PET warm-up knitted fabric and heat keeping rate(a) of Nylon/PP warm-up knitted fabric was higher as 47% than that of PET warm-up knitted fabric. It was shown that the shape retention and wearing comfort of Nylon/PP warm-up knitted fabric were better than those of PET warm-up knitted fabric. The dye-affinity(K/S) of Nylon/PP warm-up knitted fabric showed maximum value at the dyeing condition of 40minute or 50minute dyeing time with 80 dyeing temperature, but PET warm-up knitted fabric showed ℃ maximum value at the 30minute or 40minute with 110 dyeing temperature. Finally, the color fastness to washing of ℃ Nylon/PP warm-up knitted fabric showed good value as between 4 and 5 grade.

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The Physical Property of PET Coolness Knitted Fabric for High Emotional Garment

Kim¹,

Woo²,

Kim

2014

Textile Coloration and Finishing

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This research investigated the physical properties of PET coolness filaments and their knitted fabrics including dyeing characteristics of these knitted fabrics according to the different dyeing time and temperature. The coolness filament(S) with non-circular cross-section and hydrophilic property was spun and another commercialized coolness(A) and regular(R) PET filaments were prepared for comparing coolness and another physical properties. Qmax of coolness knitted fabric made with S filament was higher than that of R-PET filament, and the maximum value of Qmax of S knitted fabric was shown at the dyeing conditions of temperature, 110℃ with 30 min. or 40min. It was shown that hand of S knitted fabric was a little harsh comparing to A and regular knit specimens, but shape retention and wearing performance of garment made with S knit specimen were estimated as good owing to high bending and shear rigidity. K/S of S knitted fabric was higher than those of regular PET and A knit specimens. Dyeing fastness of coolness knitted fabric showed between 4th and 5th grade.

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Effect of Air-jet Texturing Conditions on the Physical Properties of Low Melting Polyester/Tencel Composite Yarn

Cited by 5 publications

References 15 publications

Consumer Needs and Sensory Evaluation of Jacquard Fabrics for Blind Using Low Melting Polyester

Consumer Needs and Sensory Evaluation of Jacquard Fabrics for Blind Using Low Melting Polyester

The Physical Property of Nylon/PP Warm-up Knitted Fabric for High Emotional Garment

The Physical Property of PET Coolness Knitted Fabric for High Emotional Garment

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