Our radial fan-shaped extruded aluminum square tube ceiling system delivers unparalleled architectural creativity for large public spaces. Precision CNC-machined from high-strength 6063-T5 aluminum, the system forms a seamless, symmetrical fan/radial grid that radiates outward, creating a dramatic, eye-catching focal point. The modular grid structure ensures perfect alignment and continuous curves, turning complex ceiling geometries into stunning visual landmarks for commercial atriums, lobbies, and public buildings.

Additional specifications, thicknesses, and shapes are customizable. For more details, please contact our online customer service.

Constructed from premium 6063-T5 extruded aluminum alloy, our radial aluminum square tubes offer exceptional rigidity, load-bearing capacity, and corrosion resistance. The precision extrusion process ensures uniform wall thickness and structural stability, even for large-span, multi-directional fan-shaped installations. The system is Class A fire-rated, weather-resistant, and durable, with a long service life of 15+ years, making it ideal for high-traffic public and commercial spaces.

The open radial grid design seamlessly integrates with lighting, ventilation, and fire protection systems, hiding pipes and wires while maintaining excellent air circulation and lighting penetration. The pre-fabricated modular system enables fast, efficient on-site installation, reducing construction time and labor costs by up to 40%. It is compatible with various surface treatments (wood grain, powder coating, etc.) and can be customized to match any complex ceiling shape.

We provide full customization services: tailored fan/radial radii, profile sizes, grid spacing, and surface finishes to match your project's design vision. Ideal applications include:

• Commercial atriums
• Shopping mall ceilings
• Office building lobbies
• Public cultural buildings
• Large public spaces

As a professional manufacturer, we offer one-stop solutions from 3D design consultation to global delivery, ensuring perfect project execution.