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Li Q.-Y.,Beijing Key Laboratory of Clothing Materials Rand D and Assessment | Li Q.-Y.,Beijing Institute of Fashion Technology | Zhou Y.-K.,Beijing Institute of Fashion Technology | Shi L.-M.,Beijing Institute of Fashion Technology | Pei G.-L.,Beijing Institute of Fashion Technology
Wool Textile Journal | Year: 2011

This paper mainly discussed that weaving the carbon-black type conductive fiber filament into the wool/polyester blended fabrics as weft yarn, analyzed the effect on the antistatic property of wool blended fabrics with the conductive fibers in different fabric structure through changing the space between conductive fibers, fabric structure, then tested the parameters. Lastly, it tested the fabrics' electrical properties after washing the different structure fabrics in different times, discussed the effect on the antistatic property of fabrics with changing washing times. The results showed that; the more conductive fibers in the fabrics, the better antistatic property the fabrics will get. The antistatic property of fabrics can not vary in regular with the changing of floats in the structure, the different testing methods get in unity on testing fabrics' antistatic property, the fabrics' antistatic property get the trend to be decreased after the first increase with the adding of washing times. Source

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