R & D Status and Countermeasures of Natural Functional Kapok Fiber


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Kapok fiber is getting more and more extensive attention in research and application because of its excellent natural characteristics such as its lightness, super warmth, anti-bacterial, anti-mite etc. in recent years. On the other hand, the features of short fiber length, low breaking elongation, water repellency and oil absorptive in surface, make it difficult when spinning and dyeing, and hinder its application and popularization in the field of textiles. This paper discusses the fiber structure, physical and chemical properties, spinning and dyeing process performance of kapok fiber, points out that it is up to 80% ~ 90% fiber hollowness, so very lower fiber apparent density as only 0.29g/cm3, water repellency, anti-bacterial, anti-mite, have potentially wide application. However its spinning and dyeing performance is poor, the process cost is higher and the yarn quality needs to be improved. In this paper, the main types of kapok fiber products and the reason that restricting the fiber development and application to consumption market are analyzed. Finally, the paper puts forward the countermeasures concerning the further utilization with kapok fiber characteristics, and further expanding the development as a new generation of green ecological kapok textiles in the future.



Edited by:

Lun Bai and Guo-Qiang Chen




Q. Du and Y. N. Chen, "R & D Status and Countermeasures of Natural Functional Kapok Fiber", Advanced Materials Research, Vol. 796, pp. 199-204, 2013

Online since:

September 2013





[1] Sun Jingxia, Wang Fumei, Liu Wei et al. Test and analysis of Kapok/cotton blended yarn performance [J]. Cotton textile technology, 2005, 33(6): 34-36.

[2] Xiao Hong, Yu Weidong, Shi Meiwu. The structures and performances of kapok fiber [J]. Journal of textile, 2005, 26(4): 4-6.

[3] Wu Shirong, Zhou Rong, Yang Youqing et al. The properties and application prospect of kapok fiber [J]. China fiber inspection, 2010, 2 (1): 78-81.

[4] Lou Liqing. The structure properties and thermal test of kapok fiber [J]. Shanghai textile science and technology, 2011, 39 (5): 16.

[5] CAO Hongmei. Test for the moisture absorption and sweat discharging properties of kapok Fiber [J]. Modern textile technology, 2012 (5): 41-42.

[6] Wang Weihua. Research of polyester/cotton non-woven products quantitative chemical analysis methods [J]. Modern inspection technology, 1998, 8 (6): 28-30.

[7] Feng Jie, Sun Jingxia, Wang Fumei. Natural thermal fiber - kapok fiber [J]. China textile leader, 2006, 10 (3): 97-100.

[8] Ding Ying, Lou Xuejun et al. The property and application of kapok fiber [J]. Industry textiles, 2008 (11): 1-3.

[9] Wang Fumei, Liu Wei, Lou Ying, Tan Liping. A manufacturing method of kapok wadding: China, 200510023374. 6, [P]. 2005-01-17.

[10] Xu Yuanju translation. Kapok- wool composite insulating building material[M]. Industrial textiles, 1998. 17 (7): 20.

[11] AD-787154. Accelerated wear test to lifejackets. [The United States national defence science and technology report]. The United States defense technical information center, (1946).

[12] AD A119344.Field test of lifejacket flotation materials. [The United States national defence science and technology report]. The United States defense technical information center, (1982).

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