@article{ART002297068},
author={Eun Jong Son and 황영구 and 박신웅 and 최윤선 and Sunghoon Jeong},
title={Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -},
journal={Textile Coloration and Finishing },
issn={1229-0033},
year={2017},
volume={29},
number={4},
pages={231-238}
TY - JOUR
AU - Eun Jong Son
AU - 황영구
AU - 박신웅
AU - 최윤선
AU - Sunghoon Jeong
TI - Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -
JO - Textile Coloration and Finishing
PY - 2017
VL - 29
IS - 4
PB - The Korean Society Of Dyers And Finishers
SP - 231
EP - 238
SN - 1229-0033
AB - There are many kinds of elements and processes for the development of high quality bedding products like fiber, high-temperature heat treatment, dyeing process, tenter drying with softening agent and multiple final finishing. Especially we examined the mechanical characteristic properties of fabrics according to different yarn types. The critical physical properties of the yarn consisting the pile knitted fabrics were obtained for the development of the hi-grade bedding items. The material property and the exhaustion behaviour of the developed pile knitted fabrics composing of different yarns were measured and observed. The physical properties of the developed fabric were evaluated through the material property analysis of the yarn, the physical nature of the pile knitted fabrics and the data of the exhaustion performance; tensile strength, tensile elongation, tearing strength, cross section of yarn types, dyeing properties etc. And then high-class of bedding items were knitted using the double raschel machine to make the pile knitted fabrics.
KW - mechanical properties;pile knitted;functional finish;bedding items;warp knitting;yarn type
DO -
UR -
ER -
Eun Jong Son, 황영구, 박신웅, 최윤선 and Sunghoon Jeong. (2017). Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -. Textile Coloration and Finishing , 29(4), 231-238.
Eun Jong Son, 황영구, 박신웅, 최윤선 and Sunghoon Jeong. 2017, "Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -", Textile Coloration and Finishing , vol.29, no.4 pp.231-238.
Eun Jong Son, 황영구, 박신웅, 최윤선, Sunghoon Jeong "Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -" Textile Coloration and Finishing 29.4 pp.231-238 (2017) : 231.
Eun Jong Son, 황영구, 박신웅, 최윤선, Sunghoon Jeong. Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -. 2017; 29(4), 231-238.
Eun Jong Son, 황영구, 박신웅, 최윤선 and Sunghoon Jeong. "Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -" Textile Coloration and Finishing 29, no.4 (2017) : 231-238.
Eun Jong Son; 황영구; 박신웅; 최윤선; Sunghoon Jeong. Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -. Textile Coloration and Finishing , 29(4), 231-238.
Eun Jong Son; 황영구; 박신웅; 최윤선; Sunghoon Jeong. Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -. Textile Coloration and Finishing . 2017; 29(4) 231-238.
Eun Jong Son, 황영구, 박신웅, 최윤선, Sunghoon Jeong. Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -. 2017; 29(4), 231-238.
Eun Jong Son, 황영구, 박신웅, 최윤선 and Sunghoon Jeong. "Development of Hi-Quality Bedding Items by Multi-Finishing System of Pile Knitted Fabrics - Physical Properties of Textile according to Yarn Types -" Textile Coloration and Finishing 29, no.4 (2017) : 231-238.
