As building materials continue to evolve, SkyRainbow proudly introduces its latest innovation — 3DPanel, a next-generation façade material that integrates a pioneering three-dimensional composite structure, exceptional safety performance, and sustainable design principles, setting a new benchmark for modern architectural façades.
Structural Innovation: Three-Dimensional Mechanics
Unlike traditional solid aluminum and aluminum composite panels, 3DPanel is engineered with 0.3mm aluminum sheets pressed into a honeycomb-like structure, forming a unique trapezoidal hollow-column design. Inspired by the mechanics of arched bridges, this structure significantly enhances the stiffness-to-weight ratio while maintaining lightweight characteristics. Its superior wind resistance outperforms conventional aluminum panels, making it an ideal choice for high-rise façades and landmark urban projects.
Enhanced Safety: All-Aluminum, A2 Fire-Rated
Made entirely from aluminum, 3DPanel achieves the A2 fire-resistance standard. In the event of a fire, it does not produce flames or release toxic smoke, thereby providing an advanced level of building safety. This makes 3DPanel particularly suitable for hospitals, transportation hubs, and other facilities where stringent fire safety is essential.
Sustainability: Eco-Friendly and Durable
As a new-generation green building material, 3DPanel is 100% recyclable. Its surface coating offers outstanding resistance to acid rain and UV aging, extending façade durability while reducing long-term maintenance costs. This ensures lower lifecycle expenses and supports sustainable development goals.
Industry Outlook
At SkyRainbow, innovation and social responsibility go hand in hand. The launch of 3DPanel marks not just a breakthrough in façade technology but also a forward-looking response to the needs of future urban construction. Combining aesthetics with performance, 3DPanel is poised to become the new standard for high-rise façades, offering architects and developers a superior solution for modern architecture.