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Fiber Technology

Study on Environmental Impact of Re-PET with Chemical or Physical Recycling Process(Ⅰ)

4/11/2013 4:04:00 PM

Abstract: China will launch a pilot project on carbon emission trading during the 12th Five-Year Plan, and Chinese chemical fiber industry needs to pay more attention on this, as the production capacity of re-PET is said to be more than 6 million tons. To promote the development of recycled chemical …

HSHMPE Staple Fiber and Its Applications

3/15/2013 11:30:00 AM

Abstract: An introduction of HSHMPE staple fiber is given in this paper including the production process, properties and applications. HSHMPE staple fiber is easy to produced without much strength loss and also has the same cut-resistance property with HSHMPE filament. It has a wide application, such…

Novel Functional Fibers and Their Textiles

3/15/2013 11:28:00 AM

Abstract: Several novel functional fibers, textiles and nonwovens were introduced in this article, including absorbent alternative, carbon nanotube, magic carpet, power dress, et al. The author pointed out that the development of these products open up a wider application for textile material.Key wor…

Technological Development and Market Prospects of PET ITY

1/11/2013 1:53:00 PM

Abstract: With some key technologies successfully solved, one-step process for producing ITY of polyester POY/FDY has been the most important method so far, and also make it possible to be produced in meltdirect spinning equipment. After tackling the key technologies of products’ dyeing and finishin…

Latest Progress on Electrospinning at Home and Abroad

1/11/2013 1:52:00 PM

Abstract: Electrospinning is the one of the simplest and effective methods for producing nanofibers atpresent. However, low production capacity has been the bottleneck for its large-scale application. Over thepast few years, there have been lots of relevant researches on electrospinning, and many res…

Preparation and Property Study of Temperature Sensitive Hydrogel

1/11/2013 1:51:00 PM

Abstract: Hydrogel was prepared by using polyoxyethylene lauryl ether (MOA,degree of polymerization are 3, 4, 7, 9), acrylic acid and n-butyl acrylate. The representation of the monomer and the resultant was given by FTIR. Besides, the hydrogel’s swelling ratio and thermosensitivity at room temperat…

An Insight into Emerging Industries of Strategic Importance for Fiber Industry(Ⅴ):Latest Developments of Hi-tech Fiber Applied to Automotive

12/19/2012 7:01:00 PM

With the increasing demands for lighter, safer and more environment-friendly automotive,hi-tech fibers see a promising future in automotive field. Based on some latest developmentsof fibers applied to auto structure, interior, acoustic material, bullet-proof material, etc.,an overall introduction of …

Development of Spun-dyeing Technology at Home and Abroad 

11/16/2012 10:41:00 AM

Compared with traditional dyeing process, spun-dyeing technology is an eco-friendly process, and has several advantages, such as uniformly dyeing, high color fastness, lowwaste water discharge, etc. Based on the introduction of the development of spun-dyed technology at home and abroad, as well as so…

Status-quo and Developing Trend of Flame-retartant Viscose Fiber

10/18/2012 1:58:00 PM

Development status-quo of domestic flame-retartant viscose fiber was briefly introduced in this paper. Based on detailed analysis on morphology structure, mechanical property and combustion performance of several representative flame-retartant viscose fibers, the authors pointed out that improved hal…

Status-quo and Developing Trend of Global Dissolving Pulp Market

10/18/2012 1:56:00 PM

Development of dissolving pulp market at home and abroad, as well as Chinese viscose fiber industry were introduced in this article, in terms of production capacity, relative producers’ operation management, etc. Some countermeasures and advices were also put forward on the basis of characteristics …
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Authority in Charge: China National Textile and Apparel Council (CNTAC)

Sponsor :China Textile Information Center (CTIC)

ISSN 1003-3025 CN11-1714/TS

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