Perforated facade panels with weather-resistant coatings are engineered to deliver long-term durability, environmental protection, and architectural flexibility. They are widely specified in modern commercial and public architecture where exposure to UV radiation, moisture, wind, and pollution is unavoidable.
Base materials: aluminum, stainless steel, galvanized steel, carbon steel
Lightweight aluminum options for facade load reduction
Panel thickness range: 1.5mm – 3.0mm (customizable)
Custom panel dimensions to suit facade layouts
CNC precision perforation technology
Custom hole shapes, sizes, and open area ratios
High dimensional accuracy for facade alignment
Compatibility with curtain wall and secondary skin systems
PVDF coatings for superior UV and color stability
Powder coating for cost-effective weather protection
Anodized finishes for aluminum corrosion resistance
Fluoropolymer coatings for coastal and industrial environments
Excellent resistance to fading, chalking, and peeling
Uniform coating thickness and strong adhesion
Wide color palette and metallic finish options
Long-term coating warranty availability
Protection against UV radiation and moisture exposure
Improved facade ventilation and airflow control
Reduction of surface temperature and solar gain
Resistance to corrosion in harsh climates
Lower long-term maintenance requirements
Extended service life compared to painted panels
Enhanced acoustic performance with backing systems
Support for shading and daylight modulation
Optimized perforation ratio for airflow and shading
Thermal expansion allowance in fixing systems
Structural support and wind load compliance
Integration with ventilated facade assemblies
Custom patterns for branding and visual identity
Compliance with ASTM and ISO performance standards
Suitable for new construction and facade retrofits
Coordination with facade consultants and engineers
Commercial building facades
Office towers and corporate headquarters
Mixed-use and retail developments
Parking structures and podium facades
Transportation hubs and public buildings
Coastal and high-humidity regions
Architectural screening and sunshading systems
Decorative and branded facade elements
Durable materials reduce replacement frequency
Lower lifecycle maintenance and repainting costs
Recyclable metal materials
Reduced embodied carbon over building lifecycle
Supports sustainable and energy-efficient facade design



