METAL İPLİK İÇEREN DOKUMA KUMAŞLARIN PERFORMANS ÖZELLİKLERİNİN İNCELENMESİ

Year 2009, Volume: 19 Issue: 1, 39 - 44, 01.06.2009

Pınar Duru Baykal Neslihan Sığnak

Abstract

Atkısında metal iplik içeren dokuma kumaşlar, tekstil sektöründe çok yeni olup, bu ürünlerin katma değeri yüksektir. Çalışma kapsamında; öncelikle metal iplik ile ilgili genel bilgiler verilmiştir. Aynı konstrüksiyonda dokunup aynı şekilde mamul edilen metal ipliksiz ve metal iplikli kumaşların teknik detayları verilmiş ve test sonuçları karşılaştırılarak metal ipliğin kumaşta oluşturduğu farklılık ortaya konmuştur

Keywords

Metal filament, Metal iplik içeren dokuma kumaş, Kırışıklık efekti

AN INVESTIGATION OF PERFORMANCE PROPERTIES OF WOVEN FABRICS INCLUDING METALLIC YARN

Abstract

Woven fabrics including metallic yarn are very new and value-added for textile sector. Therefore this study has been purposed to investigate woven fabrics including metallic yarn. In this study, general information about metallic yarn has been explained. The differences of the metallic yarn is exposed by comparing the test results and technical details of the woven fabrics with metallic yarn and woven fabrics without metallic yarn which are designed with the same technical features and finished in same conditions

Keywords

Metallic filament, Woven fabrics including metallic yarn, Wrinkle effect

References

• 1. Sığnak, N., 2008, “Metal Filament İçeren İpliklerden Dokunmuş Kumaşların Performans Özelliklerinin İncelenmesi”, Çukurova Üniversitesi, Fen Bilimleri Enstitüsü, Tekstil Müh. Anabilim Dalı, Yüksek Lisans Tezi, Adana.
• 2. Metal İplik, http://www.filafiliplik.com/, 2007.
• 3. Tokarsky, E.W., 2000, “Measured Electromagnetic Shielding Characteristics Of Fabric Made From Metal Clad Aramid Yarn And Wire”, IEEE International Symposium On Electromagnetic Compatibility, Vol. 2, August, pp.883-886.
• 4. Lou, C.W., Liu, C.K., Hsing, W.H., 2004, “Functional Fabric of Hybrid Stainless Stell/Polypropylene and Electrical Properties of Termoplastic Composites”, Journal Of Advanced Materials, Vol.36, January, pp.63-68.
• 5. Lou, C.W., 2005, “Process of Complex Core Spun Yarn Containing a Metal Wire”, Textile Research Journal, Vol.75, pp.466.
• 6. Jiayang, C., Xinwei, Z., 2006, “A Study On Relation Between Resistance And Temperature of Stainless Stell Fiber And Its Fabric”, Rare Metal Materials and Engineering, November, Vol.35, pp.1753-1756.
• 7. Xiaming, T., Jianyong, Y., 2006, “Study On The Relation Between Resistance And Strain Based On Stainless Steel Fabric”, Rare Metal Materials and Engineering, January, Vol.35, pp.96-99.
• 8. Richardson, A.E., Fallow, C., 2006, “Crack Control in Screed Using A142 Steel Fabric or Mixed Structural Polypropylene Fibres with Regard to Toughness and Residual Strength”, Structural Survey, Vol.24, Issue 4, pp. 319-331.
• 9. Jiayang, C., Xinwei, Z., 2006, “A Study on Relation Between Resistance and Temperature of Stainless Steel Fiber and Its Fabric”, Rare Metal Materials and Engineering, Vol. 35, November, pp. 1753-1756.
• 10. Xiaoming, T., Jianyong, Y., 2006, “Study on the Relation Between Resistance and Strain Based on Stainless Steel Fabric”, Rare Metal Materials and Engineering, Vol. 35, January, pp. 96-99.
• 11. Lou, C.W., Liu, H.H., 2007, “Process and Anti-electrostatic Properties of Knitted Fabric Made from Hybrid Staple/metallic-core Spun Yarn”, Journal of Advanced Materials, January, Vol.39, pp.11-16.
• 12. Çelik Karışımlı Tekstil İplikleri, http://www.fiberinoks.com/, 2007
• 13. Çelik İplik, http://www. sobranie.com.tr/tr/celik_ayrinti.html, 2007
• 14. M&S, 2001, Marks & Spencer Colour Fastness and Chemical Test Methots for Clothing and Home Textiles, April, Englan