PVC Roof tile Description:
ASA synthetic resin tiles & PVC roof sheets integrate lightweight convenience, vivid color fastness, high strength, and superior toughness, ensuring long-lasting durability for diverse applications.Ideal for both decorative roofing accents and heavy-duty structural projects—from residential homes to industrial workshops—these sheets feature an exceptional strength-to-weight ratio thanks to their low density.
Compared with traditional alternatives (corrosion-prone, heat-absorbent steel sheets; fragile clay tiles), they reduce structural load, cut reinforcement and maintenance costs significantly, and deliver greater cost-efficiency throughout the product lifecycle.
PVC Roof Tile Material:
Synthetic resin roof sheets, including PVC sheets, boast a superior combination of lightweight design, vibrant color fastness, excellent mechanical strength, and remarkable toughness, rendering them exceptionally durable and suitable for long-term service. These versatile sheets are ideally suited for both aesthetic decorative roofing projects and heavy-duty structural roofing applications across diverse scenarios, ranging from residential buildings and commercial complexes to industrial workshops and agricultural facilities.
Triple-Layer Structured Design for Optimal Performance
- Top Surface Layer: Coated with an ASA film, this layer is the key to the product’s exceptional longevity and color retention. ASA material delivers outstanding UV resistance, weather durability, and corrosion protection, ensuring long-term performance even in harsh environments.
- Middle Skeleton Layer: Composed of high-quality PVC, this core layer serves as the structural backbone. It plays a crucial role in enhancing the sheet’s thermal insulation efficiency and reinforcing corrosion resistance, laying a solid foundation for overall performance.
- Bottom Layer: Engineered with abrasion-resistant properties, this layer enhances the product’s durability and toughness, enabling it to withstand daily wear and tear while maintaining structural integrity.
