The aluminum panel curtain wall is a building envelope system that uses customized aluminum panels as the core cladding material, achieving efficient installation and diverse facade expressions through standardized modules and flexible construction. The system employs high-strength aluminum panels (typically 2.5-4.0mm thick) formed by CNC bending, welding, or roll-forming, with surfaces treated using fluorocarbon coatings, anodizing, metallic paints, or stone-wood grain transfers to meet design needs ranging from modern minimalism to biomimetic forms. The panels are reinforced with stiffeners and a concealed clip-in hanging system, connected to vertical mullions for three-dimensional adjustment, accommodating structural tolerances and resisting wind load deformations.

The curtain wall panels typically feature open or closed joint designs: open joints utilize pressure-equalized cavities and drainage boards for active water management, while closed joints rely on sealing gaskets to form continuous airtight layers. The system can integrate multifunctional layers such as thermal insulation rock wool, waterproof breathable membranes, and acoustic insulation, enhancing the building’s overall energy efficiency and acoustic performance. All connectors undergo anti-corrosion treatment and are computationally validated for durability in extreme climates.

This curtain wall system is suitable for large public buildings such as commercial complexes, transportation hubs, and cultural venues. With a factory prefabrication rate of over 85%, it significantly reduces on-site construction time. Through parametric design tools, complex facade forms like curves, angled folds, and shapes can be digitally replicated and precisely manufactured. The aluminum panel curtain wall, with its lightweight, high weather resistance, and recyclable material properties, serves as a vital technical载体 for contemporary architecture in achieving sustainable facade expression.