Custom Aluminum Curtain Wall
OMD Aluminum Curtain Wall is a high-performance cladding system built for large-scale, modern architecture. Engineered with structural-grade aluminum, it delivers stability under high wind loads while maintaining a clean, minimal aesthetic. This system supports full customization—from panel size to surface finish—making it ideal for high-rises, airports, and commercial façades that demand both strength and design flexibility.
- Overview
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OMD curtain walls are fabricated using 6063-T5 aluminum profiles, optimized for structural support and long-term weather resistance. The system is compatible with multiple façade types, including unitized, stick-built, exposed frame, and hidden frame installations.
Our panels can be tailored in shape, color, and mounting configuration, and are available with finishes such as PVDF coating, powder coating, or anodizing. The system allows integration with glass, stone, or metal panels, depending on project design.
All joints are sealed with precision to meet performance standards for air-tightness, water resistance, and thermal control. With factory pre-fabrication and modular design, installation is faster and more consistent—especially valuable for time-sensitive or complex construction projects.
Item |
Specification |
Aluminum Grade |
6063-T5 |
Panel Thickness |
2.0mm – 5.0mm (customizable) |
System Types |
Unitized / Stick / Exposed Frame / Hidden Frame |
Surface Finishes |
PVDF / Powder Coated / Anodized |
Color Options |
RAL Standard / Metallic / Matte / Custom Patterns |
Wind Load Resistance |
≥ 5000 Pa (project-specific) |
Air Tightness |
≤ 0.5 m³/m·h (Class 8) |
Water Tightness |
≥ 500 Pa |
Thermal Performance |
Uw ≤ 2.0 W/m²·K (when combined with insulated glass) |
Fire Rating |
Non-combustible (Class A, GB8624 / ASTM E84) |
Installation |
Mechanical fixing / Concealed brackets / Custom substructure |
Applications |
High-rise buildings, airports, malls, civic buildings, hotels |
Customization |
Panel size, frame structure, color, mounting method, integration with other materials |