The invention relates to a clutch disk (10) for a clutch device, comprising two friction linings (11) and a spring device (18) that lies between said linings, wherein the friction linings can be pressed together against the force of the spring device. A low grabbing in the axial direction and a low overall height with a high reproducibility of the spring properties are achieved with low production costs with said clutch disk. Recesses (14) that at least partly overlap are provided in the inner faces of both friction linings. The spring device comprises a plurality of flat spring plates (19) that are positioned such that said spring plates cover the corresponding recesses, and spacing elements (20, 33) are positioned between the spring plates in the region of the corresponding recesses.