Metal Precision. Wood Warmth.
Magic Garden’s Alumwood Fluted Cladding combines the structural integrity of aluminum with a warm, realistic wood finish. Unlike WPC, aluminum extrusion allows for sharper, crisper edges and thinner profiles, creating a more refined, high-tech architectural look.
Designed specifically for commercial high-rises and lobby ceilings, it offers Class A Fire Rating and ultra-lightweight performance. The aluminum core ensures the lines remain straight and true, even on tall vertical facades where standard composites might flex.
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Why Choose Alumwood Fluted?
Class A Fire Safety
Rated Class A non-combustible. The aluminum core meets the strictest building codes for high-rise facades and commercial interiors.
Razor-Sharp Definition
Aluminum extrusion creates sharper, cleaner angles than WPC. Delivers a precise, high-definition linear aesthetic for modern architecture.
Ultra-Lightweight
Significantly lighter than solid WPC. Ideal for inverted applications like ceilings, soffits, and high-altitude installation.
Superior Linear Stability
With a minimal shrinkage rate of 0.2‰, it maintains straight architectural lines without the visible warping issues of standard WPC.
Accessories: Professional & Compatible
Flexible Substructure Options (Joists)
Choose the right foundation. Our decking is fully compatible with all standard frameworks, including Galvanized Steel, Aluminum, Stainless Steel, WPC, or Pressure-Treated Wood. Select the best material based on your project budget, local climate, and application scenario.
Hidden Fastening System (Clips)
Seamless & Secure. We recommend high-strength Aluminum Clips as the mainstream choice for long-term stability. Cost-effective Plastic Clips are also available. Stainless Steel Starter Clips are essential for securing the first and last rows.
Fixing Hardware (Screws)
Corrosion-Resistant Anchoring. Select the right screw for your frame: use Stainless Steel Self-Tapping Screws for WPC or wood joists, and Self-Drilling Screws (Drill-Tail) for installation on metal substructures.













