A waste adhesive incineration disposal device comprises incinerators and a chimney, and is characterized in that the bottom portions of the incinerators are connected with a fume continuous detection system through a fume pipeline, the top portions of the incinerators are sequentially connected with a spray device, a separation tank and the fume continuous detection system through fume pipelines to form a fume circulation incinerator-returning processing system, and the chimney is communicated with an exhaust port of the fume continuous detection system. The two incinerators are communicated through a fireproof hearth, the side of the first incinerator is provided with a blower, the side wall of the middle portion of the first incinerator is provided with a feeding inlet, the bottom of the second incinerator is connected with the fume continuous detection system through a fume pipeline, and the top of the second incinerator is connected with the spray device through a fume pipeline. The waste adhesive incineration disposal device is reasonable in structure, effectively processes waste slag generated in production through circulative combustion of waste adhesive, and makes waste profitable, a large amount of heat energy is generated in the burning process for production and life, no harmful fume is exhausted in the overall disposal process, and no residual slag exists.