Carbon fibre: the material of the future
Lightness, resistance and high performance.
Carbon fiber is an advanced composite material that is revolutionizing many industrial sectors thanks to its extraordinary properties. Obtained from the pyrolysis of polymeric fibres, carbon fiber is characterized by exceptional specific resistance, i.e. an extremely high strength/weight ratio. This makes it ideal for applications that require lightness and robustness, such as the aerospace, automotive and sports industries.
Carbon fibers are composed of long chains of carbon atoms arranged in a highly ordered crystalline structure. This structure gives the fiber unique properties:
• high tensile strength (up to 7 times higher than steel)
• low density (approximately 1.8 g/cm³)
• high stiffness (elastic modulus up to 800 GPa)
• excellent thermal stability
Thanks to these characteristics, carbon fiber is used in a wide range of applications:
• aerospace sector: aircraft and space vehicle structures
• automotive industry: chassis, bodies and components of high-performance vehicles
• sports and leisure: sports equipment, bicycles, tennis rackets
• construction: reinforcement of concrete structures and repair of buildings
• energy sector: wind turbines, pipes for oil and gas transport
The use of polymer matrix composites reinforced with carbon fiber makes it possible to obtain light, resistant and high-performance components, opening new frontiers for technological innovation. Despite still high production costs, carbon fiber is establishing itself as the material of the future, destined to revolutionize many industrial sectors.
