To provide a corrosion resistant conductive coating material which is free from consumption caused by organic matter even when used for organic electrolysis, can produce an object at the surface of an electrode with high efficiency, and can stably maintain high electrical conductivity over a long period, and to provide an inexpensive and excellently reliable corrosion resistant conductive coating material capable of withstanding for a long time even in an existing atmosphere of corrosive substances represented by iodine or the like and oxidative substances.
The corrosion resistant conductive material is characterized in that a platinum group metal layer and/or its oxide layer thereof as an intermediate layer is formed on an electrode substrate, and a -conjugated conductive polymer layer as an electrode catalyst substance is formed on the upper layer thereof.
YANADA KAZATO
NUKUI HIDEKI
| JP2006169543A | 2006-06-29 |