Metal materials, with their excellent physical properties (strength, durability, plasticity) and diverse surface treatments (anodizing, fluorocarbon spraying, metal brushing), have upgraded curtain walls in both aesthetic presentation (curved shapes, light-shadow effects) and functional performance (energy efficiency, wind/earthquake resistance). Meanwhile, advancements in manufacturing technologies (five-axis CNC machining, 3D printing, intelligent welding) are reshaping their application scenarios in curtain wall engineering.
This helps designers overcome material parameter challenges and achieve feasible transitions from creative concepts to technical realization.
In the detailed design phase of curtain wall structures, our technical team will collaborate deeply with curtain wall design units to provide professional technical support in dimensions such as material mechanical properties, joint construction forms, and installation process requirements. By introducing BIM (Building Information Modeling) technology in the design phase to simulate material applications, we can accurately control the constructability of the curtain wall system, avoid construction conflicts caused by improper material selection in advance, and effectively reduce the later design change rate by more than 30%.
In the on-site construction phase, our company provides full-cycle services of "technical disclosure - installation guidance - quality control": organizing special technical training sessions to elaborate on material characteristics, installation processes, and safety specifications for the construction team; deploying on-site technical consultants to provide full-process guidance for key node construction; establishing a quality traceability mechanism, and collaborating with owners and supervision units to conduct joint acceptance of the curtain wall project's appearance effects and physical properties to ensure the precise implementation of design intent and comprehensive control of project quality.