To provide a light-weight cartridge magazine for an explosive force drive rivet driving device having a shape stability and handleability.

In this cartridge magazine for an explosive force drive rivet driving device which is provided with a base part 1 and a storage part 9 having storage chambers 2 which are apart from each other and stores drive changed explosive 4 and ignition agent 3 ignitable electrically in the storage chambers 2 and in which the ignition agent 3 is arranged in a region adjacent to the storage chamber 2 and in the base part 1, the base part 1 and the storage part 9 are constituted by at least one layer of a thin wall material having low electric conductivity, respectively, to increase flexibility of the magazine, facilitate carrying-in of the rivet driving device even onto a narrow work site, and reduce energy required for electric ignition.