Electrically conductive covers and electrically conductive covers of electronic equipment

An electronic equipment having a source generating electromagnetic wave noise built in a space surrounded by a conductive cover, characterized in that the conductive cover comprises at least two cases which are connected to each other at their connecting surfaces and are provided with electrical continuity through a conductive electrodeposition layer at the connecting surfaces, and the case having the conductive electrodeposition coating layer comprising a base material layer, and a metal layer, a chemically colored layer and the conductive electrodeposition coating layer formed on the base material.

An electronic equipment having a source generating electromagnetic wave noise built in a space surrounded by a conductive cover, characterized in that the conductive cover comprises at least two cases which are connected to each other at their connecting surfaces and provided with electrical continuity through a conductive electrodeposition layer at the connecting surfaces, and the case having the conductive electrodeposition coating layer comprising a base material and a metal layer, a chemically colored layer and the conductive electrodeposition coating layer formed on the base material, and said conductive electrodeposition coating layer contains at least one kind of metallized ceramic powder and metallized mica powder, and the thickness of said conductive electrodeposition coating layer is in the range of 5-40 .mu.m.

A conductive cover in which at least two cases are connected to each other at their connecting surfaces, the case being provided with electrical continuity through a conductive electrodeposition coating layer at the connecting surfaces, the case having the conductive electrodeposition coating layer comprising a base material, and a metal layer, a chemically colored layer and the conductive electrodeposition coating layer formed on the base material, and said conductive electrodeposition coating layer contains at least one kind of metallized ceramic powder and metallized mica powder, and the thickness of said conductive electrodeposition coating layer is in the range of 5-40 .mu.m.