Manufacture and characterization of sandwiched polymer nanocomposite for using in bipolar plate of PEMFC
Publish place: Second National Conference on Hydrogen and Fuel Cells
Publish Year: 1391
Type: Conference paper
Language: English
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Document National Code:
H2FC02_111
Index date: 17 September 2012
Manufacture and characterization of sandwiched polymer nanocomposite for using in bipolar plate of PEMFC abstract
The aim of this article is the manufacture of polymer based composite for using in bipolar plate (BP) of polymer exchange fuel cell (PEMFC). In this regard, some single-filler and double-filler and triple-filler composites are manufactured by using phenolic resin as polymer (P) and graphite (G), carbon fiber (CF) and expanded graphite (EG) as fillers. The electrical conductivity (EC), flexural strength (FS), toughness, porosity and gas permission of composites are determined. Characterization is performed by SEM and optic microscope. The final composite is a triple-filler composite sandwiched by a layer of CF cloth in the middle. Determining electrical and thermal conductivity, mechanical properties and gas permeation of this composite show that the properties of this nanocomposite is reached to DOE and these properties are better than graphite or metallic bipolar plates, therefore it can be introduced as a suitable candidate for bipolar plates.
Manufacture and characterization of sandwiched polymer nanocomposite for using in bipolar plate of PEMFC Keywords:
Manufacture and characterization of sandwiched polymer nanocomposite for using in bipolar plate of PEMFC authors
Reza Taherian
Ph.D candidate, Material research center, Isfahan,
Mohammad Jaffar Hadianfard
Professor, Material engineering faculty, Shiraz university
Ahmad Nozad Golikand
Associate professor, Material research center, Isfahan,
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