• Dual Advantages of Co-extrusion + I-shaped Structure: The single-sided co-extruded layer is 0.8-1.0mm thick, with super UV resistance, scratch resistance and stain resistance. The fading rate is ≤5% after 5 years of outdoor exposure, and daily stains can be wiped clean immediately; the I-shaped cross-section is designed with mechanical optimization, and under the lightweight weight per meter of 3.1kg/m, the bending strength reaches more than 18MPa, and the impact strength is ≥5.0kJ/m², far exceeding ordinary flat wood-plastic, which can withstand dense pedestrian flow and small equipment rolling. At the same time, the I-shaped hollow structure realizes efficient drainage and ventilation, avoiding base material aging caused by rainwater accumulation and improving applicability in humid environments.

  




• Excellent Extreme Weather Resistance: Verified by third-party authoritative testing, the product can withstand extreme temperature differences of -40℃~75℃, and can resist harsh environments such as strong UV in tropical areas, long-term freeze-thaw cycles in cold zones, high salt spray corrosion in coastal areas and mild pollution in industrial areas. The outdoor service life is as long as 20-25 years, which is 3-5 times that of traditional solid wood.

• Outdoor Durability and Easy Maintenance: The co-extruded surface layer has a density of 1.2g/cm³, forming a dense protective layer, which effectively resists moth, mold erosion and physical scratches, and the surface hardness is above HB level; daily maintenance does not require painting, waxing or anti-corrosion treatment, and it can be kept clean only by rinsing with water or simple cleaning, which greatly reduces the later maintenance cost of outdoor scenarios, especially suitable for commercial public areas and remote projects.

• Strong Construction and Economic Adaptability: The 150mm wide design improves laying efficiency, with only 6.7 meters per square meter; the 3.1kg/m weight per meter combined with the lightweight I-shaped structure can be easily transported by a single worker, with an installation loss rate of less than 0.5%; the standardized cross-section design is compatible with stainless steel buckles, self-tapping screws and other fixing accessories commonly used in the world, adapting to construction habits in different regions and reducing construction training costs.

Widely adapting to mid-to-high-end outdoor scenarios around the world, the core application areas include: 

1. Public landscape projects: urban central park trails, 5A scenic spot suspended boardwalks, wetland park water-facing platforms, municipal square leisure areas; 

2. Commercial outdoor spaces: high-end shopping mall outdoor seating areas, five-star hotel courtyards, chain restaurant terraces, RV camp high-quality floors; 3. High-end residential outdoors: villa courtyards, top-floor terraces, high-end homestay outdoor platforms, private garden trails; 

4. Special outdoor scenarios: dock anti-slip trails, yacht club deck auxiliary materials, swimming pool surrounding anti-slip floors, golf course supporting trails, etc.

Adapting to the general installation process of outdoor floors worldwide, the operation is convenient and efficient without professional special equipment: 

1. Foundation pretreatment: The outdoor ground needs to be leveled and compacted, with a 2%-3% drainage slope reserved. For soft soil foundations, a 10-15cm gravel cushion and C15 concrete leveling are required; 

2. Keel laying: Use outdoor-specific anti-corrosion wood keels (moisture content ≤15%) or hot-dip galvanized steel keels, fixed at a spacing of 40-45cm. The keel level error is ≤2mm/m, and the top surface must be consistent with the drainage slope; 

3. Board installation: Place the co-extruded surface upward, connect with the keels through the I-shaped groove with special stainless steel buckles, reserve 3-5mm expansion joints between boards to cope with temperature changes, and ensure the co-extruded layers are flat and aligned during splicing; 

4. Final acceptance: After installation, clean the surface debris, check the firmness of the boards, uniformity of gaps and flatness, and put them into use if there is no looseness, warping or height difference.