Perforated Aluminum Facade Screen Panel

Engineered for ventilation, solar shading and modern architectural looks in high-rise and commercial projects.

Perforated Aluminum Panel Technical Specifications

Item Detail
Material grade Aluminum alloy 1100/3003/5005, ASTM B209 / EN 485
Panel thickness 2.0 mm – 4.0 mm
Open area 10% to 70%, set by hole size and pitch
Maximum standard size 1500 × 4000 mm; larger custom panels on request
Finish AkzoNobel or PPG PVDF
Wind load resistance Designed per project, up to 5.0 kPa, calculated on the net section after perforation
Lead time 3–5 weeks
Design life 15–20 years
Introduction

Precision-Engineered Architectural Mesh

Our perforated aluminium panels are a light but durable building-envelope option. CNC punching and expanded mesh options provide solar shading while keeping airflow and visibility for occupants. Contact Us to discuss your project.

Benefits

Why Choose Perforated Aluminum Facade Screens

  • Optimized Thermal and Light Control

    Reduces solar heat gain and glare, lets daylight in, and can lower HVAC energy use. Open area is chosen with the façade consultant to balance shading, daylight and ventilation.

  • Superior Corrosion Resistance

    Finished with PVDF or powder coating to resist coastal conditions and urban pollution.

  • Lightweight Structural Efficiency

    Aluminum's strength-to-weight ratio reduces load on the primary structure and simplifies installation.

  • Full Architectural Customization

    Available in varied hole patterns, open-area percentages and geometric shapes, including patterns supplied as DWG/DXF drawings.

FAQS

Frequently Asked Questions

This FAQ covers specification and installation questions for perforated aluminum screening, from panel size and open area to wind loads, finishes and LED integration.

What is the maximum panel size available?
Standard maximum is 1500 mm × 4000 mm. Larger custom panels can be engineered.
How do you determine the open area percentage?
It depends on hole size and pitch, and can be customized from 10% to 70% to balance privacy and airflow.
Are the panels suitable for high-wind zones?
Yes. The engineering team provides wind load calculations to set thickness and substructure spacing for high-rise use.
What finishes are recommended for coastal projects?
A three-coat PVDF finish, at least 35–40 microns, is recommended for salt-spray and humidity resistance.
Can these panels be integrated with LED lighting?
Yes. The gap between the screen and the wall suits backlighting or linear LED systems.
Can you make custom patterns from our drawings?
Yes. Send DWG or DXF files with the open-area target, panel schedule and finish for a quote, or contact us to discuss your project.