Journals / Tekstil ve Mühendis / 2013 / Cilt: 20 - Sayı: 91

Examples for the recent developments in technical yarns

Teknik ipliklerde son yıllardaki gelişmelere örnekler

Pages
50–63
DOI
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AI Summary & Key Takeaways

AI Insight
⚡ TL;DR(Too Long; Didn't Read)

Similarly information on some newly developed yarns such as antistatic, an tistress, antiallergic etc. yarns is also given.

📌 3 Key Takeaways

🎯
Objective & Hypothesis:Technical yarns are developed and manufactured to meet the technical functions which are demanded from the product at its end-use.
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Key Findings & Data:Also new features for yarns are being sought to meet the high performance and qualities, which users hope to receive from them.
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Conclusion & Impact:Similarly information on some newly developed yarns such as antistatic, an tistress, antiallergic etc. yarns is also given.
🔬Design:Research Article
📍Scope:Comprehensive Sample
⚙️Variables:Domain Parameters

Abstract

Technical yarns are developed and manufactured to meet the technical functions which are demanded from the product at its end-use. Along with the improvement in new technologies, textile products gain variety. Also new features for yarns are being sought to meet the high performance and qualities, which users hope to receive from them. The technical textiles sector is becoming a global market that grows very rapidly with its daily increasing importance. Developments in technical yarns gained a hustle along with the developments in other sci- ence fields. In this study, some the recently famous yarns such as reflective yarns, UV protected yarns, metal and antibacterial yarns are introduced. Similarly information on some newly developed yarns such as antistatic, an tistress, antiallergic etc. yarns is also given.

Özet

Teknik iplikler son kullanımda üründen istenen teknik fonksiyonlarını karşılamak üzere üretilen ipliklerdir. Yeni teknolojilerin gelişmesiyle birlikte tekstil ürünleri de çeşitlik kazanmaktadır. Ayrıca kullanıcıların ürünlerden beklediği yüksek performans ve özelliklerin sağlanabilmesi için ipliklerde de yeni özellikler aranmaya başlamıştır. Teknik tekstiller sektörü çok hızla büyüyen ve artık günümüzde artan önemi ile global bir pazar ürünü haline dö nüşmektedir. Diğer bilim alanlarındaki gelişmeler ile birlikte teknik ipliklerdeki gelişmelerde hızlanmıştır. Bu ça lışmada ise son yıllarda öne çıkan özel ipliklerden yansıtıcı iplikler, UV korumalı iplikler, metal ve antibakteriyel iplikler tanıtılmıştır. Benzer şekilde bazı yeni gelişen iplikler, antistatik, antistres, antialerjik vb. iplikler, hakkında da bilgi verilmiştir.

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Cite This Article

ÇUKUL, D. (2013). Examples for the recent developments in technical yarns. Tekstil ve Mühendis, Cilt: 20 - Sayı: 91, 50–63. https://ajindex.com/articles/366260

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References (13)

  1. http://www.ibp.gov.tr/pg/sektorpdf/sanayi/tekniktekstiller_2 012.pdf (11/02/2013). 2. http://www.itkib.org.tr/ihracat/DisTicaretBilgileri/raporlar/d osyalar/TEKNIK_TEKSTIL_RAPOR_2008.pdf (11/2012). 3. http://www.butekom.org/docs/kose_yazilari/teknik_tekstille rin_dunyadaki_gelisimi.pdf. (10/10/2012). 4. http://www.textilefabric.com/site/main/articles.php?id=25 (10/2012)
  2. Alagirusamy, R., Das, A., (2010), Technical textile yarns industrial and medical applications, The Textile Institute, 259-292, Woodhead Publishing Limited, Cambridge. 6. http://turkish.alibaba.com/manufacturers/reflective-threadmanufacturer. html (24/07/2013). 7. http://www.patentbuddy.com/Patent/20050136768, (05/12/2012)
  3. Takayoshi, A, (1999), Luminescent knitted safety socks or gloves from luminescent composite yarns for running during night, Japanese Pat. No. 11081012. 9. http://www.metlon.com/reflectivematerial.htm (06/12/2012)
  4. Yeon, J.,D., (2002), High brightness long-afterglow luminous yarn and production thereof, Korean Pat. No. 2002074044
  5. Shigeru, N., (1995), Manufacture of luminescent yarns, ropes, nets, and artificial turfs, Japanese Pat. No. 09111531. 1995
  6. Jin, Y. and Ho, S., J., (2001), Production of flurescent color thread, Korean Pat. No. 2001056975. 13. http://www.safereflections.com/products.html (10/11/2012). 14. http://www.swicofil.com/glow_yarn.html. (10/09/2012)
  7. Willard O., (1994), Process for producing phosphorescent yarn and yarn produced by the process, US Pat. No. 5321069
  8. Marc S., (1999), Process for producing longer-lasting, highly luminescent, phosphorescent textile fibers, US Pat. No. 5914076
  9. Katsuhiro, P. and Kazufumi, T., (2012), Phosphorescent polyester laminates and their yarns, Japanese Pat. No.2008155592 18. Harold, E., W., (1957), Phosphorescent yarn, US Pat. No. 2787558
  10. Marija, G., Mateja, S., Franci, D., Tatjana, R., Matejka, B. and Sabina, B., (2006), Smart textiles for curtains: pad dyeing of polyester yarn with phosphorescent pigments, Tekstil, 49, 201-206
  11. Joseph G., (1953), Phosphorescent yarns, US Pat. No. 2635969. 21. http://www.lameledal.com/reflective.php?family=Retroreflective &type=3M+Scotchlite%26%238482%3B+2x20 (05/04/2012). 22. http://www.retro-reflective.net/reflective_yarn.htm kitabın 20. (17/03/2012) 23. http://www.metlon.com/retroglo.htm (15/03/2012
  12. Kang, K-J, (2003), Reflective yarn and method of producing the same, US Pat. No. 20030215631
  13. Gyeong, E.K., (2009), Method for manuf