Innovation in roof building materials: The Scientific Principle of the Four-layer Structure of Synthetic Resin Roof tiles

In recent years, synthetic resin roof tiles have rapidly emerged in the roofing materials industry and have gained significant market favor. In addition to its eye-catching appearance, the outstanding performance of resin roof tiles has become a key factor in users’ choices. Today, let’s take a closer look at the unique four-layer structure of the resin tile.

Firstly, the first layer of the synthetic resin roof tile is the ASA weather-resistant layer. It has outstanding super weather resistance, capable of withstanding the damage from natural environments such as ultraviolet rays and extreme temperatures, thereby extending its service life.

The second layer of the impact-resistant layer serves as the second barrier for synthetic resin roof tiles, effectively resisting the impact of extreme weather conditions such as hail and storms, and protecting the tiles from damage.

Then comes the third layer, the insulation layer. In high-temperature weather, the insulation layer reduces the heat absorbed by the roof tiles, enhances the insulation effect of the roofing, and creates a comfortable temperature environment inside.

The last layer of synthetic resin roof tiles is the wear-resistant layer. It can make the roof tile surface smoother,  wear-resistant, withstand wind and rain, solve problems such as plant growth, and make the roof tile stronger and durable.

Overall, resin tiles, with their leading four-layer scientific structure, provide comprehensive protection for the roof. Choosing synthetic resin roof tiles as roofing building materials not only ensures a beautiful and unique appearance but also offers the characteristics of a long service life and good weather resistance.