This ASA synthetic resin antique roof tile has multiple competitive advantages over traditional roofing materials. First, its lightweight design reduces the structural load of the building by more than 60% compared to clay tiles, making it suitable for older buildings with limited load-bearing capacity. The ASA surface layer has excellent UV resistance, ensuring that the color remains unchanged for more than 30 years without fading. It also features excellent heat and sound insulation performance, effectively reducing indoor noise and lowering air conditioning energy consumption. The dry installation design simplifies on-site construction, saving up to 50% of construction time compared to mortar-based installation.
The standard tile size is 900mm in length and 150mm in width, with customizable length available according to customer needs. Each square meter of tiles weighs approximately 4.5kg, with approximately 7 pieces required per square meter. It has a water absorption rate of less than 0.5%, which effectively prevents water seepage and mold growth. The fire resistance rating reaches Class B1, meeting the fire safety requirements of most commercial and residential buildings. The installation uses hidden fasteners to ensure a neat and beautiful appearance, without exposed fixing parts that affect the aesthetic effect. The package includes matching installation accessories such as fixing clips and waterproof strips, making on-site construction more convenient.
This ASA synthetic resin antique roof tile is suitable for a wide range of modern classical building projects, including rural villa renovations, tourist attraction service buildings, commercial street retro renovations, and garden landscape projects. It is also ideal for flat roof renovations that want to achieve a classical roof appearance without increasing the building load. Its light weight and easy installation make it suitable for DIY home renovation projects, as well as large-scale commercial construction projects. It is especially suitable for areas with high rainfall or strong wind, as its tight overlapping design effectively prevents water seepage and wind lift.
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