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Similarities and Differences Between Carbon-Carbon and Carbon-Ceramic Composites

First, the Same Points Similar reinforcement: both carbon fiber (or graphite fiber) as the main reinforcement, the material has high strength, high modulus and low density characteristics. Excellent high-temperature performance: both can maintain mechanical properties at high temperatures (more than 1000 ℃), suitable for aerospace, brake systems, thermal protection and

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Differences Between PAN-based and Rayon-based Carbon Felts

Carbon felts are divided into three series, namely, polyacrylonitrile-based (PAN) carbon felts, rayon-based carbon felts, and pitch-based carbon felts. The two most commonly used are polyacrylonitrile (PAN)-based carbon felts and rayon-based carbon felts. So what is the difference between polyacrylonitrile (PAN)-based carbon felts and rayon-based carbon felts?   Differences in

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Improvements in the Properties of Carbon-Carbon Composites and Trends in Research and Development

The excellent performance of carbon-carbon composites mainly depends on three major parts: carbon fiber, matrix carbon and interface. The high strength and high modulus of carbon-carbon composites mainly come from carbon fibers, of which the utilization of carbon fiber strength can generally reach 25%-50%. Carbon carbon composites at high temperatures

Improvements in the Properties of Carbon-Carbon Composites and Trends in Research and Development Keep Reading »

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