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Carbon Fibre Mat Fire Resistance refers to the flame-resistant and fire-retardant properties of carbon fiber material (Carbon Fibre Mat) under fire conditions. Carbon fiber, as a high-performance fiber material, boasts not only physical characteristics such as high strength, high modulus, and low density, but also excellent fire resistance.

Specifically, its fire resistance mainly stems from its high carbon content and unique microcrystalline graphite structure. Firstly, carbon fiber typically has a carbon content of over 90%, enabling it to maintain structural stability and integrity under high-temperature environments. Secondly, its microcrystalline graphite structure provides exceptional thermal stability and heat conductivity, allowing it to rapidly dissipate heat to the exterior during a fire, thus reducing internal temperatures and delaying the combustion process.

Moreover, carbon fiber material has a low coefficient of thermal expansion and excellent oxidation resistance. These properties prevent thermal deformation and oxidation reactions during a fire, further enhancing its fire resistance.

In summary, Carbon Fibre Mat Fire Resistance represents the flame-resistant and fire-retardant characteristics of carbon fiber material under fire conditions, achieved through its high carbon content, microcrystalline graphite structure, low thermal expansion coefficient, and oxidation resistance. These properties enable carbon fiber material to maintain good structural stability and integrity in a fire, providing valuable support for fire prevention and control.