Continuous SiC fiber possessed high strength, heat, and corrosion resistance even in a high-temperature atmosphere over 1000 °C. Compared with carbon fiber, silicon carbide fiber can maintain good performance under extreme conditions. Due to its good performance, it has attracted much attention in high-tech fields such as aerospace, military weapons, and equipment, and is commonly used as high-temperature resistant material and reinforcement material. Besides, with the development of preparation technology, the application of silicon carbide fiber is gradually extended to advanced sports equipment, automobile waste gas dust collection, and other civil industrial aspects.
|Tensile strength||2.90 Gpa|
|Tensile strength of a beam||2.70 Gpa|
|Tensile modulus||270 Gpa|
|Fracture strain||1.07 %|
|Oxygen content||1.02 %|
Silicon carbide fibers are mainly used as high-temperature resistant materials and reinforcing materials such as heat-shielding materials, high-temperature resistant conveyor belts, and filter cloths that filter high-temperature gases or molten metals. When used as a reinforcing material, it is often used in combination with carbon fiber or glass fiber, mainly reinforced metals (such as aluminum) and ceramics, such as brake pads, engine blades, landing gearboxes, and fuselage structural materials for jet aircraft.
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