자동차호스용 PET 브레이딩 직물의 최적 ATY 공정조건
The Optimum Processing Conditions of ATY for PET Braiding for Automotive Hoses
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This study surveys the optimum processing conditions of ATY for PET braiding for automotive hoses. For this purpose, high tenacity and low shrinkable PET filaments with three types of deniers are prepared. Twenty seven ATY specimens are manufactured with variation of feed speed and overfeed on the air jet texturing machine. The physical properties of various yarn according to the ATY processing conditions are measured and analysed for deciding the optimum ATY processing condition. Two kinds of ATY filaments made under the optimum air texturing conditions are processed with variation of tpm, heat setting temperature and heat setting time on the 2-for-1 twister and setting chamber, respectively. The optimum twisting and heat setting conditions are decided through analysis of the yarn physical properties. Finally, the braiding fabric specimens are manufactured using conventional filament and newly developed filament made under optimum twisting and heat setting conditions. The bursting strengths of these braiding specimens are compared and discussed between two types of specimens.
Abstract
This study surveys the optimum processing conditions of ATY for PET braiding for automotive hoses. For this purpose, high tenacity and low shrinkable PET filaments with three types of deniers are prepared. Twenty seven ATY specimens are manufactured with variation of feed speed and overfeed on the air jet texturing machine. The physical properties of various yarn according to the ATY processing conditions are measured and analysed for deciding the optimum ATY processing condition. Two kinds of ATY filaments made under the optimum air texturing conditions are processed with variation of tpm, heat setting temperature and heat setting time on the 2-for-1 twister and setting chamber, respectively. The optimum twisting and heat setting conditions are decided through analysis of the yarn physical properties. Finally, the braiding fabric specimens are manufactured using conventional filament and newly developed filament made under optimum twisting and heat setting conditions. The bursting strengths of these braiding specimens are compared and discussed between two types of specimens.
참고문헌 (14)
- A. R. Horrocks, "Handbook of Technical Textile", pp.490~528 (2000), Woodhead Publishing
- Walter Fung, "Textiles in Automotive Engineering", pp.247~248 (2001), CRC Press
- 세계 자동차 생산과 자동차용 섬유소재 수요, "한국섬유개발연구원", 한국섬유개발연구원, ~ (2007)
- 자동차용 섬유자재의 동향, "한국섬유개발연구원", 한국섬유개발연구원, ~ (2006)
- 김승진, "폴리에스테르와 나일론 加工絲의 물성과 제조기술(I)" (1999), 지역협력연구센터(RRC)
- 김승진, "폴리에스테르와 나일론 加工絲의 물성과 제조기술(II)" (1999), 지역협력연구센터(RRC)
- Ali Demir, "Synthetic Filament Yarn Texturing Technology", pp.211~303 (1997), Prentice Hall
- 김갑진, "인조섬유" (1994), 형설출판사
- A. Demir, "Air-Jet Textured Yarns: The Effects of Process and Supply Yarn Parameters on the Properties of Textured Yarns", Textile Research Journal, 58(6), pp.318~321 (1988)
- V. K. Kothari, "Air-Jet Texturing of Cotton- Filament Composite Yarns for Better Apparel Comfort", Textile Research Journal, 59(5), pp.292~299 (1989)
- A. K. Sengupta, "Effect of Repeated Laundering on the Properties of Air-Jet Textured Cotton", Filament Composite Fabrics, 1990, pp.60(10), 573~579
- A. K. Sengupta, "Effect of Process Variables in Air-Jet Texturing on the Properties of Spun Yarns with Different Structures", Textile Research Journal, 61(12), pp.729~735 (1991)
- J. Srinivasan, "Air-Jet Texturing of Spun Cotton Yarns for Improved Comfort PartⅡ: Texturability of Carded Spun Yarns Compared to Combed Spun Yarns", Textile Research Journal, 62(3), pp.169~175 (1992)
- A. Demir, "Simplified Instability Measurement Devices for Air-Jet Textured Yarns", Textile Research Journal, 59(8), pp.492~494 (1989)