The core advantage of this lightweight high-strength concrete roof tile is its excellent strength-to-weight ratio. It uses lightweight aggregate and high-strength cement as raw materials, and undergoes high-pressure autoclaved curing process, ensuring a flexural strength of more than 8.0MPa, which is higher than that of ordinary concrete roof tiles, while the single tile weight is only 2.5kg, reducing the load on the building structure by 20%. The acrylic weather-resistant coating has excellent anti-aging performance, resisting UV erosion and color fading for a long time. The lightweight design makes the transportation and installation more convenient, reducing the labor cost of construction. It has Class A fire resistance, meeting the fire safety standards of high-rise buildings, and can provide reliable roofing protection for high-rise residential and commercial buildings.
The single tile size is 430mm (length) × 320mm (width) × 13mm (thickness), and the single tile weighs about 2.5kg, with about 7.5 tiles laid per square meter. The product colors include gray, beige and dark blue, which can meet the decoration needs of different high-rise building styles. The water absorption rate is controlled within 7.5%, effectively avoiding the problem of tile cracking caused by freezing and thawing. The flexural strength reaches 8.0MPa, which can resist strong wind loads and the pressure of heavy snow. The matching lightweight tile nails are made of anti-corrosion materials, adapting to the lightweight design of the roof. The product has passed strict structural safety tests, meeting the load requirements of multi-storey and high-rise building roofs.
It is mainly applicable to the roofing projects of multi-storey residential buildings, high-rise apartment buildings, commercial office buildings and large-span public buildings. It can effectively reduce the load on the building structure, which is suitable for the reconstruction and expansion projects of old multi-storey buildings, as well as the new construction projects of high-rise buildings. Due to its high strength and light weight, it can also be used for large-span roof projects such as stadiums and exhibition centers. It meets the structural safety requirements of modern high-rise buildings, reducing the construction cost of the building structure, and bringing obvious economic benefits for the construction party. At the same time, its good weather resistance ensures long-term reliable roofing protection for the building.
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