Co-Extrusion

Innovative Dual-Color Co-Extrusion WPC Decking: Where Aesthetics Meet Unyielding PerformanceEngineered for discerning homeowners and commercial projects, our Dual-Color Co-Extrusion WPC Decking redefines outdoor excellence. Featuring a revolutionary two-tone design with contrasting hues on each side, this decking offers unmatched versatility—flip boards to refresh aesthetics or match evolving landscapes without replacing materials. The advanced co-extrusion technology encapsulates a robust wood-plastic core (60% wood fibers, 30% HDPE, 10% additives) within a 100% polymer shell, creating an impervious barrier against moisture, UV damage, and daily wear.

Premium Modern WPC Decking: Unmatched Safety & Elegance for Outdoor SpacesElevate your outdoor living with our Modern Wood Plastic Composite (WPC) Decking, engineered for superior performance in gardens, patios, and high-moisture environments. Featuring an advanced anti-slip textured surface and 100% waterproof core, this decking resists warping, mold, and splintering even in harsh climates. The smooth, realistic wood grain surface replicates natural timber aesthetics while eliminating maintenance demands—no staining or sealing required. Certified slip-resistant and UV-stabilized, our exterior deck boards deliver lasting durability with minimal upkeep. Ideal for outdoor garden installations, pool surrounds, and commercial landscapes, this sustainable solution combines recycled materials with fade-resistant technology. Transform your space with eco-friendly luxury that prioritizes safety, longevity, and timeless design.

Solid co-extrusion durable WPC composites for outdoor applications are advanced materials designed through co-extrusion technology that combine a dense WPC core with a seamless polymer protective layer to provide superior durability and environmental resistance. The co-extrusion process enhances the interfacial bonding between the layers, improving water resistance and durability. Designed for harsh outdoor conditions, it has excellent resistance to UV radiation, moisture, extreme temperatures, and creep deformation.