| 摘要 |
The method comprises cooling a cold strip (1) after rolling and recrystallisation annealing, subjecting an adhesive layer on the cooled cold strip, subjecting a function layer (14) on the adhesive layer, rolling the cold strip with the adhesive layer and function layer to a coil and/or rolling the coils and mechanical forming the cold strips with the adhesive layer and function layer to a sandwich component (26). The cold strip is received by cold rolling, recrystallisation annealing and cooling. The adhesive of the adhesive layer is a thermally activatable adhesive. The method comprises cooling a cold strip (1) after rolling and recrystallisation annealing, subjecting an adhesive layer on the cooled cold strip, subjecting a function layer (14) on the adhesive layer, rolling the cold strip with the adhesive layer and function layer to a coil and/or rolling the coils and mechanical forming the cold strips with the adhesive layer and function layer to a sandwich component (26). The cold strip is received by cold rolling, recrystallisation annealing and cooling. The adhesive of the adhesive layer is a thermally activatable adhesive and the cold strip is heated with the function layer subjected on the cold strip before rolling to a coil for hardening the adhesive over activating temperature of the adhesive. The hardening of the adhesive is activated through thermal energy released during forming process in such a way that the function layer is movable during the forming process relative to the cold strip. The adhesive of the adhesive layer is an organic adhesive. The cold strip is subjected with the function layer before rolling to a coil in such a way that carbon contained in the adhesive forms a diffusion layer between the cold strip and the function layer, where the diffusion layer connects the cold strip and the function layer to each other. The cold strip unrolls with the function layer of the coil and a pressure forming process, a deep drawing process or a stretch drawing process is carried out in order to transport the flat cold strop together with the function layer into a spatial form of the sandwich component. The function layer is subjected solely in part section on the first side of the cold strip. The cold strip is equipped on both sides with a layer of adhesive and the function layer is subjected on both sides of the cold strip. The function layer contains stainless steel, aluminum or titanium that overlays after subjecting of the adhesive layer with the cold strip. An independent claim is included for a cold strip coil. |
