FRP lighting tile is a new type of building roof lighting material. It has good lighting, anti-aging, heat insulation, impact resistance and other functional advantages, making it the ideal roofing tile for building roof waterproofing and lighting applications in various fields. Its functional advantages It is manifested in the following points:
1. FRP lighting tile has high strength, light weight and good impact resistance.
2. The surface of the glass fiber reinforced plastic lighting tile is double-layered with anti-ultraviolet and anti-aging PE film, and the inner surface is made of special unsaturated resin and glass fiber, which has strong anti-aging function. The service life of the glass fiber reinforced plastic lighting tile can reach 10-30 years. .
3. FRP lighting tiles are beautiful and bright, with various colors, which can meet the decorative requirements of personalized buildings;
4. The glass fiber reinforced plastic lighting tile has good light transmittance, and the light produced is soft and bright without fainting. It can replace the use of daytime lighting and is an environmentally friendly and energy-saving product;
5. The glass fiber reinforced plastic lighting tile is light in weight, and the proportion of the glass fiber reinforced plastic lighting tile is only half of that of the glass, which saves the cost of transportation, handling, installation and supporting structure; the construction difficulty is reduced, and the construction is convenient and fast.
FRP lighting tile has a large single-piece area and is used in large-span steel structure workshops, which can effectively save the use of steel. It can prevent water leakage and loosening of FRP lighting tiles, forming a perfect waterproof and weather-resistant system.
FRP lighting tiles are widely used in large-scale agriculture, municipal construction, stadiums, airports, stations and other building roofs. After completing lighting and waterproofing and sun protection, they can also beautify buildings, giving people a bright, clean and modern sensory effect.