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Fiber Technology

Flame-retardant Properties of Nano-carbon Black on the Polyester Fibers

2019/4/15 17:26:35

Abstract: In this paper, the nano-carbon black was added to PET chips by melt spinning method to prepare flame-retardant polyester fiber. The effects of nano-carbon black on the flame-retardant properties of polyester fibers were investigated. Results indicated that when the addition amount of nano-c…

Synthesis Technology and Application of Hot Melt Adhesive Polyester

2019/4/15 17:25:40

Abstract: Hot-melt adhesive polyester is known as “green adhesive” because of its fast bonding, wide application, relatively non-toxic and less pollution, which is an important direction for the development of adhesives in the world today. The paper introduces the synthesis technology of polyester …

Preparation of PPESK Fiber by Electrospinning Lithium-ion Battery Separator

2019/3/18 11:22:03

Abstract: Polyolefin separators are widely used in lithium ion batteries due to their excellent mechanical properties and stable electrochemical properties. However, safety accidents have occurred frequently in recent years, due to its obvious heat shrinkage at high temperatures, which is difficult t…

Preparation of Ultrafine Fibers Containing Chinese Herbal Centipede Ingredients

2019/1/10 15:53:26

Abstract: Centipede is a traditional Chinese medicine. The paper chose polyvinylpyrrolidone (PVP) as the carrier material, and mixed with centipede extract that extracted by different solvents and different ways, so as to prepare PVP - centipede ultrafine fibers by electrospinning technology. The dia…

Development Status and Trend of China’s Chemical Fiber Masterbatch Industry

2019/1/10 15:51:32

Abstract: Differentiated and functional products are one of the important indicators for the high-quality development of the chemical fiber industry. The paper introduces the development status of solution-dyed fiber and functional fiber in chemical fiber industry and the development of chemical fibe…

Study on Plasma Treatment of High-strength and High-modulus Polyvinyl Alcohol Fibers and Its Dyeing Properties

2018/12/27 11:10:20

Abstract: The high-strength and high-modulus polyvinyl alcohol (PVA) fibers were treated by surface modification with air dielectric barrier discharge (DBD) plasma treatment to improve their hydrophilic properties and chemical activity. The effects of different treatment time of DBD plasma treatment …

Latest Developments of High-tech Fibers for Hydrogen Fuel Cells

2018/12/27 11:08:29

Abstract: With the introduction of energy conservation and environmental protection laws and regulations in major automobile producing countries and regions around the world, the R & D for various newtype power batteries is becoming more and more active, and hydrogen fuel cells are one of them. T…

Research Progress of Functional Viscose Fibers

2018/10/19 17:46:27

Abstract: The paper carried out a study on the processing mechanism and application status of four functional viscose fibers, i.e., phase-change viscose fibers, deodorizing antibacterial viscose fibers, anti-mosquito viscose fibers and anion viscose fibers, so as to provide a theoretical reference fo…

Latest Developments of Man-made Fiber Pilot Facility

2018/10/19 17:45:07

Abstract: Pilot facility is the significant stage for new products to realize commercialization and enter into market rapidly. The paper introduces the revolution of the technology and configuration of man-made fiber pilot facility and the application of new man-made fiber products, including wet spi…

Comparision of Rheological Behavior of Halogen-free Flame-retardant PA6 and Conventional PA6

2018/9/20 17:07:39

Abstract: Halogen-free flame-retardant PA6 is a polymer obtained by modifying conventional PA6 and is suitable for processing into flame-retardant fiber. This paper compared the rheological behavior of halogen-free flame-retardant PA6 and conventional PA6, and found that halogen-free flame-retardant …
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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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