Synthetic resin roof panels use a perfluoropolymer surface to build a chemical barrier, tolerate pH1-12 acid-base environment, and cooperate with hollow structures. The thermal resistance R value reaches 1.2m²·K/W, and maintains dimensional stability under a temperature difference of -40℃ to 120℃, becoming the preferred solution for maintenance-free roofs in chemical areas.
3. Light rail platform awnings
UPVC small trapezoidal panels increase the bending modulus by 25% through the trapezoidal wave peak design, and achieve 12-meter column-free span installation. Its self-cleaning nano-coating is combined with a 15° slope drainage system to ensure zero water accumulation on the platform during heavy rain, and the B1-level flame retardant performance meets the rail transit fire protection standards.
4. Cold chain storage insulation roof
The hollow roof board adopts five-layer co-extrusion technology to form a 2cm thick honeycomb closed-cell structure with a thermal conductivity as low as 0.032W/m·K, which is 40% energy-saving compared with traditional color steel tiles. It is combined with an aluminum foil reflective layer to block 95% of infrared radiation and reduce the compressor operation time by 30% when maintaining a warehouse temperature of -25℃.
5. Villa light guide lighting system
The combined roof adopts a prismatic translucent board + a 3mm thick UPVC impact-resistant layer, which transmits sunlight to the underground space through a fully reflective light guide tube. The illumination value reaches 800lux, and the electric blinds are used to adjust the amount of light entering, achieving a 65% reduction in lighting energy consumption throughout the year.
6. Offshore aquaculture awning
The ASAPVC sheet has no aging after 3000 hours of salt spray test. Its gradient color change technology automatically adjusts the light transmittance (50-20% changes with the intensity of sunlight), providing a bionic light environment for marine cultivation, and with the design of 12-level typhoon-resistant reinforcement ribs, it ensures the stable operation of the marine ranch.
FAQ
Q: Why are "Accurate Dimensions" so important for Tilted Ridge Tiles?
A: Precision is critical because tilted ridge tiles cover the most vulnerable intersections of a sloped roof. Our tiles are manufactured using high-precision molds to ensure every piece fits perfectly. This eliminates gaps that could lead to water leakage or wind uplift, ensuring a 100% waterproof seal and reducing the need for extra sealants during installation.
Q: Can these tilted ridge tiles adapt to different roof pitches?
A: Yes. While they are designed with standard slanting angles suitable for most residential and industrial synthetic resin roofs, their high-tenacity ASA-PVC material allows for slight flexibility. This ensures they can snugly fit various roof pitches while maintaining their structural integrity and aesthetic alignment.
Q: How do accurate dimensions help in reducing installation costs?
A: When dimensions are accurate, the "interlocking" or "overlapping" process becomes much faster and more intuitive. Contractors don’t need to spend time on-site trimming or adjusting the tiles to fit. This "Plug-and-Play" efficiency significantly cuts down man-hours and minimizes material waste, making the overall project more cost-effective.
Q: Will the dimensions of the tiles change due to thermal expansion or extreme weather?
A: No. Our ASA synthetic resin tiles have a very low thermal expansion coefficient. Unlike metal or low-quality plastic tiles, our product maintains its shape and size even in temperatures ranging from -40°C to 80°C. This dimensional stability prevents cracking and warping over long-term outdoor exposure.
Q: What are the standard specifications available for your Tilted Ridge Tiles?
A: We offer a variety of standard sizes designed to match our main synthetic resin roof sheets. Common specifications include a thickness of 2.5mm to 3.0mm and a width designed for optimal coverage. We also provide detailed technical drawings for each model to help architects and engineers plan their roof layouts with millimeter-level precision.
