Traditional decorative materials have drawbacks such as being prone to moisture deformation, insufficient fire resistance, and high maintenance costs. Through the wood-plastic composite technology and micro-foaming process, the WPC Wall Cladding achieves an absorption rate of ≤0.5%, meeting the ASTM E84 A-level fire safety standard. Actual engineering data shows that this system improves the building's insulation performance by 40% and reduces the total cost by 62%.
Core Advantages
The honeycomb structure combines sound insulation (STC 32dB) and insulation (λ≤0.038W/m·K) into one
Optimized material ratio ensures an bending strength of 28MPa and a thermal expansion coefficient of ≤3.0×10⁻⁵/℃
BIM system pre-installation ensures precise alignment with Stainless Steel Door Panel Implementation Key Points
① Calculate the spacing of the keels based on wind pressure load (≤ 400mm when the basic wind pressure is ≥ 0.5 kN/m²) ② Select elastic sealant with displacement capacity ≥ 25% for joint treatment ③ Use special cleaning agent with pH value of 6-8 for maintenance
Technical Q&A
Q: How to meet the ultra-low energy consumption standard? A: The system's heat transfer coefficient K value reaches 0.28 W/(m²·K), and it can be certified by German PHI.
Q: Adaptability to extreme climates? A: The strength retention rate at -50℃ is 92%, and the thermal deformation deflection at 80℃ is ≤ 1.5mm.
Q: Does it support curved surface design? A: The minimum bending radius is 500mm, and the interface error is ±1.5mm.
Q: Environmental certification status? A: Obtained Silver-level Cradle to Cradle certification, with carbon footprint ≤ 12.8 kgCO₂/m².
Actual project applications show that this system reduces building energy consumption by 37%, and can be seamlessly integrated with metal components such as Stainless Steel Wardrobe. Its innovative modular design ensures performance while providing a new technical solution for the building's surface.
