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AR Synthetic resin tiles are widely used across various applications, including residential homes, villas, resorts, and public spaces such as hospitals, hotels, and stations. Beyond their aesthetic appeal, waterproofing, moisture resistance, corrosion resistance, impact resistance, thermal insulation, soundproofing, wind resistance, and electrical insulation, synthetic resin tiles stand out for their excellent fire resistance.
Exceptional Fire Resistance
Synthetic resin tiles, made from ultra-weather-resistant ASA engineering resin, offer a range of benefits. Among their most notable features is their superior fire resistance. Classified as a non-combustible material, synthetic resin tiles generally achieve a fire rating of B1. This classification indicates that the tiles burn slowly under flame exposure, do not easily produce open flames, and extinguish quickly once the flame source is removed. This characteristic effectively slows the spread of fire, reducing potential damage in a fire emergency.
Stability and Safety in High Temperatures
In addition to their fire-resistant properties, synthetic resin tiles exhibit impressive mechanical performance. With a low coefficient of thermal expansion, they maintain shape and structural stability even in high-temperature environments. This ensures that synthetic resin tiles do not deform or crack when exposed to heat, further enhancing their safety during a fire.
Minimal Smoke and Toxic Gas Emission
Synthetic resin tiles produce minimal smoke when burning and do not release toxic gases. In the event of a fire, they can also help form smoke vents, reducing the impact of smoke on occupants and improving evacuation efficiency.
Conclusion: A Reliable Choice for Fire Safety
In summary, synthetic resin tiles offer reliable and robust fire resistance. They do not ignite spontaneously or exacerbate the burning of other materials, providing dependable safety for buildings. For construction projects, especially in high-temperature areas, synthetic resin tiles are an ideal choice, ensuring both the safety and fire resistance of the structure.