To provide a conductive precoated aluminum alloy plate which is excellent in ablation resistance, easy in mold workability, and displays excellent conductivity.

The conductive precoated aluminum alloy plate 1 consists of a substrate 2 consisting of aluminum or an aluminum alloy, a formed film 3 formed on one side or both sides thereof, and a conductive coat 4 formed thereon. The conductive coat 4 consists of a silicate, urethane resin, colloidal silica, surfactant and wax, and also the thickness T of the coat is ≥0.05 μm and ≤1.0 μm. The silicate is at least one selected from lithium silicate, sodium silicate, potassium silicate and ammonium silicate. The urethane resin is an aliphatic ester type or an aliphatic ester-ether type, and the glass transition point is ≥90°C and ≤150°C.