A sealing arrangement for a wheel bearing, comprising: a carrier element which can be connected to a first bearing part of the wheel bearing; an elastic sealing element having an elastic main body arranged on the carrier element, wherein the elastic sealing element further comprises at least a first axial sealing lip and a second axial sealing lip and at least one radial sealing lip extending away from the main body, wherein an inner circumferential surface of the first axial sealing lip is arranged at a first inner circumferential surface angle (α 3) to the axis of rotation and an outer circumferential surface of the first axial sealing lip is arranged at a first outer circumferential surface angle (α 2) to the axis of rotation, wherein the first outer circumferential surface angle (α 2) is defined as a function of the first inner circumferential surface angle (α 1), and wherein an inner circumferential surface of the second axial sealing lip is arranged at a second inner circumferential surface angle (β 1) to the axis of rotation and an outer circumferential surface of the second axial sealing lip is arranged at a second outer circumferential surface angle (β 2) to the axis of rotation, wherein the second outer circumferential surface angle (β 2) is defined as a function of the second inner circumferential surface angle (β 1), and a counterplate which can be connected to a second bearing part and is arranged with one side facing the carrier element such that the first axial sealing lip, the second axial sealing lip and the radial sealing lip are in grinding contact with the counterplate, wherein the first axial sealing lip is designed such that it rests against the counterplate with a first contact force (F 1), the second axial sealing lip is designed such that it rests against the counterplate with a second contact force (F 2), and the radial sealing lip is designed such that it rests against the counterplate with a third contact force (F 3), wherein the contact forces (F 1; F 2; F 3) are defined as a function of a predetermined force ratio, characterised in that the predetermined force ratio is defined by the following equations: first contact force F 1 = second contact force F 2 ± 0.9 N third contact force F 3 = 0.5 * first contact force F 1 ± 0.9 N a carrier element which can be connected to a first bearing part of the wheel bearing; an elastic sealing element having an elastic main body arranged on the carrier element, wherein the elastic sealing element further comprises at least a first axial sealing lip and a second axial sealing lip and at least one radial sealing lip extending away from the main body, wherein an inner circumferential surface of the first axial sealing lip is arranged at a first inner circumferential surface angle (α 3) to the axis of rotation and an outer circumferential surface of the first axial sealing lip is arranged at a first outer circumferential surface angle (α 2) to the axis of rotation, wherein the first outer circumferential surface angle (α 2) is defined as a function of the first inner circumferential surface angle (α 1), and wherein an inner circumferential surface of the second axial sealing lip is arranged at a second inner circumferential surface angle (β 1) to the axis of rotation and an outer circumferential surface of the second axial sealing lip is arranged at a second outer circumferential surface angle (β 2) to the axis of rotation, wherein the second outer circumferential surface angle (β 2) is defined as a function of the second inner circumferential surface angle (β 1), and a counterplate which can be connected to a second bearing part and is arranged with one side facing the carrier element such that the first axial sealing lip, the second axial sealing lip and the radial sealing lip are in grinding contact with the counterplate, wherein the first axial sealing lip is designed such that it rests against the counterplate with a first contact force (F 1), the second axial sealing lip is designed such that it rests against the counterplate with a second contact force (F 2), and the radial sealing lip is designed such that it rests against the counterplate with a third contact force (F 3), wherein the contact forces (F 1; F 2; F 3) are defined as a function of a predetermined force ratio, characterised in that the predetermined force ratio is defined by the following equations: first contact force F 1 = second contact force F 2 ± 0.9 N third contact force F 3 = 0.5 * first contact force F 1 ± 0.9 N