Precise inspections of all materials used are necessary to uphold the quality of the curtain wall system.
1.Structural Integrity:
Rigorous mechanical calculations are essential for every component of an aluminum curtain wall, considering factors like wind pressure, gravity, temperature fluctuations, and seismic activity. These calculations ensure the safety and stability of inserts, connections, grid systems, plates, and stabilizers.
2.Floating Connections for Plates:
Implementing floating connections is crucial for maintaining the integrity and resilience of a curtain wall, especially when subjected to deformation. This design feature prevents the facade from distorting under external forces.
3.Fixed Plate Mounting:
The method of fixing plates significantly impacts the overall appearance of the curtain wall. Stress points may cause plate deformation, necessitating tight fixation to ensure a flat surface.
4.Sealing Enhancement for Mixed-Type Plates:
Mixed-type plates, characterized by their thinner and lower-strength composition (except for the frontage thickness), require enhanced sealing to maintain integrity and prevent water infiltration.
5.Reinforced Backside Structures:
Incorporating reinforcing ribs into the backside structure is essential for bolstering plate hardness. Both the display and functionality of these ribs must meet specified requirements to ensure structural integrity and safety.
6.Waterproof Sealing:
Various sealing methods, such as structural, internal, and adhesive sealing, play a vital role in maintaining water-tightness in curtain walls. Selecting appropriate sealing techniques is crucial for preserving the aesthetic appeal of the facade.
7.Compliance with Standards and Regulations:
In an oversaturated construction materials market, ensuring that materials meet required standards and regulations is paramount. Thorough and precise inspections of all materials used are necessary to uphold the quality of the curtain wall system.
