首页> 外国专利> Composite material of glassy carbon - activated carbon, a method for the production of said composite material, and the said composite material be used according to - the polarizable electrode for use in the electrical double layer capacitor

Composite material of glassy carbon - activated carbon, a method for the production of said composite material, and the said composite material be used according to - the polarizable electrode for use in the electrical double layer capacitor

机译:玻碳-活性炭的复合材料,所述复合材料的制造方法以及所述复合材料根据用于双电层电容器的极化电极使用。

摘要

PURPOSE: To provide a polarizable electrode which has small decrease in an internal resistance, is small in amount of coming-off powder, has a large electric capacity per unit volume and is manufactured easily and rapidly at low cost, and to provide glassy carbon-active carbon composite material which is suitable for manufacturing the electrode. ;CONSTITUTION: Glassy carbon-active carbon composite material is made by baking a mixture of polycarbodiimide resin and active carbon in an unoxidizing atmosphere and compounding glass carbon derived from the polycarbodiimide resin and the active carbon. A method for manufacturing the material is as follows. A mixture of polycarbodiimide resin and active carbon is molded into an appropriate shape if necessary and the molded body is baked in an unoxidizing atmosphere. A polarizable electrode for an electric double layer capacitor is formed of the glassy carbon-active carbon composite material.;COPYRIGHT: (C)1994,JPO
机译:用途:提供一种极化电极,该极化电极的内阻降低小,掉粉量小,每单位体积的电容量大且易于低成本快速制造,并提供玻璃碳适用于制造电极的活性炭复合材料。组成:玻璃碳-活性炭复合材料是通过在无氧化气氛下烘烤聚碳二亚胺树脂和活性炭的混合物,然后将衍生自聚碳二亚胺树脂和活性碳的玻璃碳复合而成的。该材料的制造方法如下。如果需要,将聚碳二亚胺树脂和活性炭的混合物模制成合适的形状,并在不氧化的气氛中烘烤成型体。用于双电层电容器的可极化电极由玻璃状碳-活性碳复合材料制成。; COPYRIGHT:(C)1994,JPO

著录项

  • 公开/公告号DE69406716T2

    专利类型

  • 公开/公告日1998-03-12

    原文格式PDF

  • 申请/专利权人 NISSHIN SPINNING JP;

    申请/专利号DE1994606716T

  • 发明设计人 SAITO KAZUO JP;HAGIWARA ATSUSHI JP;

    申请日1994-05-20

  • 分类号C04B35/524;H01G9/042;

  • 国家 DE

  • 入库时间 2022-08-22 02:42:28

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