Abstract: A hanger for an exhaust suspension has a mass dampener structure having a dampener mass with a central passage, an elastomer spring in the form of a sleeve received in the passage of the dampener mass and spring has an arrangement for connecting the mass dampener structure to a connecting pin. The mass dampener structure is connected to a first ring portion by an arrangement including a pair of elastomer arms. The elastomer spring is tuned to have a stiffness greater than the remaining portion of the hanger.

Abstract: The invention relates to a fastening support of which a solid spring, in particular an elastomer spring, is hooked into an annular flange and rests on the edge surfaces of this flange, whereas at least one, mostly two end faces of the spring will be connected to the second connection fitting(s). In general these connection fitting act as load fittingss, whereas the hookup flange serves as a support fitting. The invention improves the service life of these economical fastening supports by means of a configuration such that the radial force-transmitting surfaces, that is those surfaces through which the load and support force are introduced into the spring, are configured in extensively congruent manner coaxially and in coaxial projection.

Abstract: The invention relates to a fastening support of which a solid spring, in particular an elastomer spring, is hooked into an annular flange and rests on the edge surfaces of this flange, whereas at least one, mostly two end faces of the spring will be connected to the second connection fitting(s). In general these connection fitting act as load fittingss, whereas the hookup flange serves as a support fitting. The invention improves the service life of these economical fastening supports by means of a configuration such that the radial force transmitting surfaces, that is those surfaces through which the load and support force are introduced into the spring, are configured in extensively congruent manner coaxially and in coaxial projection.