Preparation and Properties of Infrared Conductive Cotton

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Abstract

A novel strategy for preparation technology of conductive cotton was proposed and verified by control experiments. The strategy is to coat a slurry with specific composition of conductive agent, far-infrared agents and adhesives P onto the cotton and then conductive cotton was achieved after a considerate drying process. Firstly, the effect of adding amount of conductive agent to slurry were investigated and a orthogonal experiment was designed and carried on with stirring time, wetting time and the mass ratio of the conductive agent to a binder being taken as affecting factors. An optimum reaction parameters were acquired, under which the electricity resistance of as-prepared conductive fabric was significantly reduced. Secondly, the role of far-infrared agent (titanium dioxide) on far-infrared radiation effect of conductive fabric was investigated under acquired optimum conditions. The best far-infrared effect was achieved at a mass fraction of 7.14% for titanium dioxide. It can be expected the technique developed in this paper would be a simple, cost competitive to prepare functional fabric for health care application.

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	Articles by authors
	Gong Ting
	Tang Zhiyuan

Keywords： conductive cotton； conductive agent； adhesives； far-infrared agent； resistance； far infrared radiation

Received 2014-05-20;

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Cite this article:

Gong Ting, Tang Zhiyuan.Preparation and Properties of Infrared Conductive Cotton[J] Chemcial Industry and Engineering, 2016,V33(3): 55-59

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