Airplane seat

The application of carbon fiber in aircraft seats is an important trend driven by the lightweight and environmental protection requirements of the avi...

Description

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The application of carbon fiber in aircraft seats is an important trend driven by the lightweight and environmental protection requirements of the aviation industry. Zhongshan A&E carbon fiber composites show significant advantages in the manufacture of aircraft seats with the characteristics of light weight, high strength, high stiffness, fatigue resistance and corrosion resistance.
Lightweight: the density of carbon fiber composites is about 1.7g/cm', only one-fifth of that of steel materials, but its tensile strength is above 170 OMPa. This lightweight feature allows the weight of aircraft seats to be reduced dramatically.
Strength and safety: Carbon fiber composites are not only light, but also have high strength and stiffness, which can effectively withstand various loads and impacts that may be encountered in flight.
Environmental friendliness: The use of carbon fiber for components such as aircraft seat backrests can significantly reduce carbon emissions.
Comfort and Functionality: While lightweight and strength are the main advantages of carbon fiber seats, passenger comfort and seat functionality also need to be considered in the design. Carbon fiber composites can be machined into a variety of shapes to meet ergonomic requirements.