Novel anode carbon block for electrolytic aluminum

The novel anode carbon block is characterized in that an upper carbon block plate is clamped at the upper end of a carbon block main body, first carbon bowls are uniformly and fixedly assembled on the upper surface of the upper carbon block plate, and carbon bowl clamping structures corresponding to the first carbon bowls are assembled on the bottom surface of the upper carbon block plate; a second carbon bowl corresponding to the carbon bowl clamping structure is fixedly assembled on the upper surface of the carbon block main body; a connecting reinforcing piece is assembled between the bottom surface edge of the upper carbon block plate and the bottom surface of the carbon block main body; the upper carbon block plate is clamped to the upper end of the adopted carbon block body, the upper carbon block plate is used as the upper side end to extend out of the molten dielectric, the problem that iron ions are fused into molten aluminum to cause reduction of the quality of the molten aluminum is avoided, the lo