Pulsation silencer for a gaseous media flow, which is supplied by a compressor, comprising: - a housing, which extends along a central axis, having a media flow inlet and a media flow outlet; - a plurality of sleeve-shaped absorber elements, which consist of sound-absorbing material and are arranged concentrically in relation to one another in the housing, wherein ∘ at least three absorber elements are arranged in an annular manner in relation to one another, wherein at least 80% of the longitudinal extent of the absorber elements overlap one another axially, ∘ each sleeve-shaped absorber element possesses an inlet region and an outlet region, which are positioned axially spaced apart from one another, ∘ the inlet region of the fluidically foremost absorber element is connected to the media flow inlet of the housing, the outlet region of the fluidically foremost absorber element is connected to the inlet region of the fluidically subsequent absorber element and so forth, and the outlet region of the fluidically rearmost absorber element is connected to the media flow outlet of the housing, o in each case a flow space (112, 114) for the media flow remains between in each case radially adjacent wall sections of various absorber elements. - a housing, which extends along a central axis, having a media flow inlet and a media flow outlet; - a plurality of sleeve-shaped absorber elements, which consist of sound-absorbing material and are arranged concentrically in relation to one another in the housing, wherein ∘ at least three absorber elements are arranged in an annular manner in relation to one another, wherein at least 80% of the longitudinal extent of the absorber elements overlap one another axially, ∘ each sleeve-shaped absorber element possesses an inlet region and an outlet region, which are positioned axially spaced apart from one another, ∘ the inlet region of the fluidically foremost absorber element is connected to the media flow inlet of the housing, the outlet region of the fluidically foremost absorber element is connected to the inlet region of the fluidically subsequent absorber element and so forth, and the outlet region of the fluidically rearmost absorber element is connected to the media flow outlet of the housing, o in each case a flow space (112, 114) for the media flow remains between in each case radially adjacent wall sections of various absorber elements. ∘ at least three absorber elements are arranged in an annular manner in relation to one another, wherein at least 80% of the longitudinal extent of the absorber elements overlap one another axially, ∘ each sleeve-shaped absorber element possesses an inlet region and an outlet region, which are positioned axially spaced apart from one another, ∘ the inlet region of the fluidically foremost absorber element is connected to the media flow inlet of the housing, the outlet region of the fluidically foremost absorber element is connected to the inlet region of the fluidically subsequent absorber element and so forth, and the outlet region of the fluidically rearmost absorber element is connected to the media flow outlet of the housing, o in each case a flow space (112, 114) for the media flow remains between in each case radially adjacent wall sections of various absorber elements.