Air spring element with a working or spring space which is delimited by way of - two air spring pistons (8, 9) which are arranged spaced apart coaxially and act in opposite directions, - a cylindrical/tubular shell which bridges the spacing between the pistons and configures a wall which extends on both sides in the direction of the pistons (8, 9) and surrounds the pistons over a part region of the latter with the formation of an annular gap or annular space, - and two rolling lobes (13, 14) made from an elastomeric material which are assigned to the respective pistons, are fastened on one side to the piston end and on the other side to the wall, and roll between the wall and the respective piston (8, 9) with the configuration of a rolling fold (17, 18) in the annular gap, the rolling lobe lengths of the respective rolling lobes minus the required clamping lengths corresponding substantially to the rolling path which is enlarged by the rolling fold length or by the rolling fold curve, the rolling path consisting of the sum of the respective wall-side and piston-side rolling path proportions (21, 22) of the rolling lobes (13, 14), characterized in that, on their inner side which faces the working or spring space, the rolling lobes (13, 14) have a film or layer made from an elastomer/thermoplastic alloy obtained by means of dynamic vulcanization processes (DVA film), and are provided with reinforcement materials which are embedded substantially longitudinally in the rolling direction and substantially parallel to the longitudinal axis of the air spring element, the rolling lobes (13, 14) additionally having, on their side of the DVA film which faces away from the working or spring space, a layer made from butyl rubber or a layer made from nitrile butadiene rubber. - two air spring pistons (8, 9) which are arranged spaced apart coaxially and act in opposite directions, - a cylindrical/tubular shell which bridges the spacing between the pistons and configures a wall which extends on both sides in the direction of the pistons (8, 9) and surrounds the pistons over a part region of the latter with the formation of an annular gap or annular space, - and two rolling lobes (13, 14) made from an elastomeric material which are assigned to the respective pistons, are fastened on one side to the piston end and on the other side to the wall, and roll between the wall and the respective piston (8, 9) with the configuration of a rolling fold (17, 18) in the annular gap, the rolling lobe lengths of the respective rolling lobes minus the required clamping lengths corresponding substantially to the rolling path which is enlarged by the rolling fold length or by the rolling fold curve, the rolling path consisting of the sum of the respective wall-side and piston-side rolling path proportions (21, 22) of the rolling lobes (13, 14), characterized in that, on their inner side which faces the working or spring space, the rolling lobes (13, 14) have a film or layer made from an elastomer/thermoplastic alloy obtained by means of dynamic vulcanization processes (DVA film), and are provided with reinforcement materials which are embedded substantially longitudinally in the rolling direction and substantially parallel to the longitudinal axis of the air spring element, the rolling lobes (13, 14) additionally having, on their side of the DVA film which faces away from the working or spring space, a layer made from butyl rubber or a layer made from nitrile butadiene rubber.