Biomimetics of Plant Structure in Knitted Fabrics to Improve the Liquid Water Transport Properties

Abstract

Biomimetics of the branching structure of a plant can improve the water absorption and one-way transport property of the fabric. The present work focused on the development of a branching network in knitted fabrics to improve liquid water transport properties. Fabrics developed with such a branching structure and made from different combinations of yarns exhibited faster water absorption and improved moisture management property, as measured on the Transplanar Water Transport Tester and Moisture Management Tester. Furthermore, the novel structure also improved the air permeability of the fabric. The improved water absorption rate, moisture management property and air permeability are beneficial to clothing comfort.

Keywords

biomimetics knitted fabric liquid transport plant structure water absorption

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References

http://www.saneco.co.yu/moira/index_eng.htm.

http://www.moira-uk.com/springsummer07/flash.php.

http://www.coolmaxfabric.com/g_en/home.aspx?imgload=1.

Doi, M. , Sugaya, T. , and Ohashi, S. , Moisture-absorbing/ releasing Synthetic Fiber and Fabric Using the Same, US Patent No: 6,403,216 B1 (2002).

Kim, S.H. , Kim, S.J. , and Oh, K.W. , Water Absorption and Mechanical Properties of Pile-knit Fabrics Based on Conjugate N/P Microfibers, Textile Res. J. 73(6), 489-459 ( 2003).

Su, C. , Fang, J. , Chen, X. , and Wu, W. , Moisture Absorption and Release of the Profiled Polyester and Cotton Composite Knitted Fabrics, Textile Res. J. 77(10), 764-769 (2007).

Katz, M. , Synthetic Fiber Fabrics with Enhanced Hydrophilicity and Comfort, US Patent No: 5,888,914 (1999).

Rock, M. , Lumb, D. , and Lie, W. , The Plaited Double Knitted Fabric, US Patent No: 5,547,733 (1996).

Rock, M. , Dionne, E.P. , Haryslak, C. , Lie, W.K. , and Vainer, G. , Plaited Double-knit Fabric with Moisture Management and Improved Thermal Insulation , US Patent No: 7,217,456 B1 (2007).

10.

Long, H. , Water Transfer Properties of Two-layer Weft Knitted Fabric, Int. J. Clothing Sci. Technol. 11(4), 198-205 (1999).

11.

Yeh, P. , and Shan, L. , Composite Textile Fabric having Moisture Management, US Patent No: 6,432,504 B1 (2002).

12.

Kasdan, R. , and Kornblum, S. , Synthetic Knit Fabric having Superior Wicking and Moisture Management Properties , US Patent No: 6,427,493 B1 (2002).

13.

Lubos, H. , and Ludmila, H. , Textile Fabric , in Particular Single-layer Fabric and a Textile Product with Such Fabric, European Patent No. 1467008 A2 (2004).

14.

Miller, R.A. , and Cravotta, J.B. , Knitted Fabric Construction with Improved Moisture Management, US Patent No: 6,986,270 B2 (2006).

15.

Toda, K. , Knitted Fabric for Clothing, US Patent No: 4,733,546 (1988).

16.

Pernick, B.M. , Weft Knit Wicking Fabric and Method of Making Same, US Patent No: 5,735,145 ( 1998).

17.

Coskuntuna, E. , Fowler, A.J. , and Warner, S.B. , Fibrous Structures with Designed Wicking Properties, Textile Res. J. 77(4), 256-264 (2007).

18.

Fan, J. , Sakar, M. , Szeto, Y. , and Tao, X. , Plant Structured Fabrics, Mater. Lett . 61, 561-565 (2007).

19.

Sakar, M. , Fan, J. , Szeto, Y. , and Tao, X. , Development and Characterization of Light Weight Plant Structured Fabrics , Fibers Polym. 10(3), 343-350 (2009).

20.

Sakar, M. , Fan, J. , Szeto, Y.C. , and Tao, X. , Biomimetics of Plant Structure in Textile Fabrics for the Improvement of Water Transport Properties, Textile Res. J. 79(7), 657-668 (2009).

21.

Sarkar, M. , Fan, J. , and Qian, X. , Transplanar Water Transport Tester for Fabric, Meas. Sci. Technol. 18, 1465-1471 (2007).

22.

Yao, B. , Li, Y. , Hu, J. , Kowok, Y. , and Yeung, K. , An Improved Test Method for Characterizing the Dynamic Liquid Moisture Transfer in Porous Polymeric Material, Polym. Test. 25, 677-689 (2006).

23.

KES-F8-AP1 Air Permeability Tester, Instruction Manual, Kato Tech Co. Ltd., Kyoto , Japan.