NOVELTY - Adhering a first component with a second component having a fringe comprises: (a) contacting at least one hot melt adhesive compound, which is adhered to the first component, with the fringe; (b) heating the fringe locally at at least one point by direct or indirect electromagnetic induction; (c) contacting the first component with the fringe in a such a way that the hot melt adhesive compound melts; (d) introducing a reactive adhesive; and (e) hardening the reactive adhesive, where in step (a), the hot melt adhesive compound is adhered to the first component using further adhesives.    USE - The method is useful for adhering first component to second component, where the first component is plastic or wooden panel, both the components may represent metal sheet that has to be pre-fixed before installation e.g. to make a vehicle door, and the second component is whole body or a part of the body of an architectural structure, a piece of furniture, household or industrial appliance, a vehicle, aircraft or a ship. The method is useful for: bonding glass- or plastic-panel for a vehicle or a vehicle part or glass of sliding-, front- or rear-window; and affixing solar cell modules in a carrier frame.    ADVANTAGE - The method adheres the first component to the second component in an improved manner i.e. by using two different adhesives such as hot melt adhesive that adheres the first component to the second component before the second one (reactive adhesive) hardens to provide the final strength of the bonding effect. The method increases the production speed when compared to the existing method and improves the precision of the bonding of the first component with the second component by causing the melt adhesive to melt only at the fringe area.    DETAILED DESCRIPTION - Method for adhering a first component with a second component having fringe with which the first component is adhered in an overlapping manner comprises: (a) contacting at least one hot melt adhesive compound, which is adhered to the first component, with the fringe when the first component is adhered to the second component; (b) heating the fringe locally at at least one point by direct or indirect electromagnetic induction to a temperature that is above the melting temperature of the hot melt adhesive, when the hot melt adhesive compound that is adhered to the first component comes in contact with the fringe; (c) contacting the first component with the fringe of the second component in a such a way that the hot melt adhesive compound that is contacted with the heated local point of the fringe melts at the point of contact and after cooling allows for the binding of the first component to the fringe of the second component; (d) introducing a reactive adhesive, additionally prior to the step (b) or after the step (c), between the first and the second components such that it bonds the first component to the fringe of the second component; and (e) hardening the reactive adhesive, where in step (a) the hot melt adhesive compound, without heating, is adhered to the first component using further adhesives.