The core principle of irregularly shaped copper sheets lies in combining a special cross-sectional shape with highly ductile and corrosion-resistant copper material to achieve efficient sealing and long-term waterproofing of complex areas such as structural deformation joints and seams.
The processing of irregularly shaped copper sheets mainly relies on precision machining technology, including cutting, stamping, bending, and welding. First, according to the design drawings, high-precision cutting equipment is used to cut the copper sheet into a preliminary shape; then, the outline of the copper sheet is further shaped through stamping; for parts that need to be bent, specialized bending equipment is used for precise shaping; finally, welding or assembly is performed as needed to form a complete irregularly shaped copper sheet structure. The entire processing requires extremely high precision from the equipment and a high level of skill from the workers to ensure the dimensional accuracy and surface quality of the copper sheet.
