Thickness direction conductive laminated composite material and manufacturing method therefor

A thickness direction conductive laminated composite material, comprising:

• laminated multiple layers of carbon fibers, wherein each layer of the laminated multiple layers of carbon fibers includes an electrically conductive fiber woven together with the carbon fibers in the respective layer, and adjacent layers of the laminated multiple layers are not woven together, and
• a curable resin which is disposed among the multiple layers of carbon fibers, coats the multiple layers of carbon fibers, and bonds the multiple layers of carbon fibers together,
• wherein the carbon fibers account for 40 vol % or more of the thickness direction conductive laminated composite material,
• wherein the conductive material further includes an interlayer electrically conductive particle selected from the group consisting of a polymer particle metalized on its surface, an inorganic crystal particle metalized on its surface, a hollow glass bead metalized on its surface, and a metal particle, wherein the diameter of the polymer particle metalized on its surface, the inorganic crystal particle metalized on its surface, and the metal particle is 10 μm-50 μm;
• and the diameter of the hollow glass bead metalized on its surface is 50 μm-100 μm,
• wherein the conductive material further includes an interlayer electrically conductive particle including a zinc oxide whisker metalized on its surface.