Properties of lead-clad glass fiber composites
来源期刊：中国有色金属学报(英文版)2003年第z1期
论文作者：SUN Hong-fei(孙宏飞） FANG Wen-bin（房文斌） HAN Fei（韩 飞） XING Cheng-bo（刑成波） HE Wen-xiong（贺文雄） WANG Er-de（王尔德）
文章页码：183 - 186
Key words：lead; glass fiber; composite; forward extrusion; coating
Abstract: The lead-clad glass fiber composites have become an important kind of composite reinforced by long fibers owing to their wide applications in various fields, including grid plates in new type lead-acid batteries for electric vehicles and grid plates for radiation protection and sound insulation. The microstructures and properties of continuous composite fibers fabricated by coating extrusion process, whose diameters were 1.0mm and 0.8mm respectively, were investigated extensively. The results show that the tensile strengths obtained by different process parameters are quite distinct. When the number of reinforced fibers is 600, the tensile strength and resistivity are 65MPa and 3.162×10-7Ω·m, respectively; while the tensile strength and resistivity are 115MPa and 3.215×10-7Ω·m as the number of reinforced fibers is 1800.
SUN Hong-fei(孙宏飞）， FANG Wen-bin（房文斌），HAN Fei（韩 飞），XING Cheng-bo（刑成波），HE Wen-xiong（贺文雄），WANG Er-de（王尔德）
(School of Materials Science and Engineering,
Harbin Institute of Technology, Harbin 150001，China)
Abstract:The lead-clad glass fiber composites have become an important kind of composite reinforced by long fibers owing to their wide applications in various fields, including grid plates in new type lead-acid batteries for electric vehicles and grid plates for radiation protection and sound insulation. The microstructures and properties of continuous composite fibers fabricated by coating extrusion process, whose diameters were 1.0mm and 0.8mm respectively, were investigated extensively. The results show that the tensile strengths obtained by different process parameters are quite distinct. When the number of reinforced fibers is 600, the tensile strength and resistivity are 65MPa and 3.162×10-7Ω·m, respectively; while the tensile strength and resistivity are 115MPa and 3.215×10-7Ω·m as the number of reinforced fibers is 1800.
Key words:lead; glass fiber; composite; forward extrusion; coating
