is insertable without problems the contact surfaces 29 and 31 preferably have a roughness between about 0 4 and 3 u03bcm for optimization of the adhesion in such an embodiment a particularly stable connection of the inner rings 19 and 21 respectively with the spacer 23 can be achieved as representative non limiting examples an acrylic adhesive and or an anaerobic adhesive can be used as the adhesive a stable connection of the metallic components can be provided with both types a preferred adhesive is urethane methacrylate ester furthermore in embodiments using preferred adhesives it is not required that the contact surfaces 29 and 31 respectively are completely dry and grease free in order for the adhesive to achieve a sufficient holding force the contact surfaces 29 and 31 respectively can also be slightly oily in particular the anaerobically hardening adhesives harden or cure in the presence of metal ions and in the absence of oxygen metal ions come for example from the metallic contact surfaces however one or more activators can be used in order to accelerate and or initiate the hardening or curing process if necessary such as e g a copper salt or aliphatic amine when mounting the wheel bearing the adhesive may be first applied e g in serpentine manner onto the contact surfaces for example using a sprayer the components are then disposed in the appropriate axial positions and are fixed by applying a sufficiently strong clamping force in the axial direction while the adhesive hardens or cures the hardening curing process can be accelerated for example by activators as mentioned above and or by the application of a heat treatment in certain embodiments the adhesive hardening time may be so short that a very high manufacturing.