Aluminum alloy fiber reinforcing material has several advantages; however, its bonding interface is weak, limiting the mechanical qualities of the multilayer board. We may evaluate this strategy against acid washing by designing different interface surface textures, such as tooth shapes and contact regions. Research is conducted on the mechanics of the interface between CARALL layer plates using short-beam strength trial and limited element analysis (FEA). Unique texture attempts under compressed loads are the emphasis. Results show that teeth experiments change the cutting stress and positive stress distribution near the interface and in the collaboration of the two brackets, shifting the mode of destruction from interfaces in teethless experiments to internal destruction in teethed experiments. Up to 110% more bearing power results from this adjustment. As the number of teeth rises, their exposure to deeper buckle scratches increases, increasing tooth load under the same shape.