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AR Synthetic resin tiles have emerged as a new generation of eco-friendly roofing materials, widely adopted in various applications such as rural construction, self-built houses, villas, factories, and more. They have garnered recognition among consumers and strong support from governments. To prevent consumers from purchasing inferior resin tiles, today we will delve into the essential knowledge of their four-layer structure.
**First Layer:** Ultra-weather-resistant ASA weathering layer, known for its UV resistance, high weather resistance, and color stability. The surface color and texture can be customized to meet different architectural styles and preferences.
**Second Layer:** High-impact-resistant layer typically made of PVC, providing waterproofing, corrosion resistance, and exceptional durability against impact.
**Third Layer:** The core layer of synthetic resin tiles, made from materials such as PVC, ASA, or PET. This layer supports and enhances the strength of the tile surface while providing insulation, thermal insulation, and waterproofing properties. The thickness and material selection directly influence the strength and quality of the synthetic resin tiles.
**Fourth Layer:** Ultra-durable wear-resistant layer, also the bottom layer of the resin tile, commonly made of PVC. This layer enhances the stability and strength of the tile surface, offering waterproof and moisture-resistant properties. The material and quality of this bottom layer significantly impact the overall quality and lifespan of synthetic resin tiles.
### Conclusion
Understanding the layered structure of synthetic resin tiles is crucial for ensuring their quality and durability. Each layer serves a specific function, collectively contributing to the tiles’ resilience and performance in diverse environmental conditions. By choosing high-quality resin tiles with a well-defined structure, consumers can make informed decisions and ensure long-term satisfaction with their roofing investments.