Abstract: A brake pad for a disc brake, in particular for a utility or commercial vehicle, including a pad retaining spring which is designed as an arc-shaped leaf spring, can deflect radially and is fastened by way of a hood to a lining carrier plate which supports a friction lining material. The hood is formed as a separate component and has a section which is U-shaped in cross-section. A web of the hood connects its limbs which limbs are guided in parallel and at both sides of the lining carrier plate. The web bears against the pad retaining spring. The pad retaining spring is designed such that an opening is formed through which a limb of the hood is guided.

Abstract: A brake pad for a disc brake, in particular for a utility or commercial vehicle, including a pad retaining spring which is designed as an arc-shaped leaf spring, can deflect radially and is fastened by way of a hood to a lining carrier plate which supports a friction lining material. The hood is formed as a separate component and has a section which is U-shaped in cross-section. A web of the hood connects its limbs which limbs are guided in parallel and at both sides of the lining carrier plate. The web bears against the pad retaining spring. The pad retaining spring is designed such that an opening is formed through which a limb of the hood is guided.

Abstract: A disc brake, operated pneumatically or by electromotor, for a commercial vehicle, has a brake caliper straddling a brake disc and at least one operating device, for application to the brake disc, whereby an actuator spindle includes a pressure piece on the side thereof facing the brake disc and a bellows is connected thereto or to parts connected therewith for sealing the exit region of the actuator spindle from the brake caliper. In order to provide a thermal break between the pressure piece and the actuator spindle, a heat shield is directly or indirectly connected to the bellows, which at least covers the front face of the actuator spindle facing the pressure piece.