Carbon fiber is one of the most impressive materials out there. It is stronger than steel, yet so lightweight that it's used in everything from airplanes and tough parts for supercars to high-end ...

The materials used for automotive back doors are mainly high-strength steel, aluminum alloys, PP modified plastics, etc. Compared with these materials, carbon fiber has great advantages in terms of ...

Industrial heating powers everything from chemical production to large-scale manufacturing. Yet most facilities still ...

Korean firms collaborate on chemical decomposition technology that recovers carbon fibers with 95.7% efficiency for global ...

Carbon fibers are polymers of carbon/graphite arranged in large sheets of hexagonal rings and confer several advantages such as high stiffness, high tensile strength, high chemical resistivity, high ...

If you've spent anytime around performance vehicles — cars, high speed boats, aircraft, bicycles, etc. — you've likely seen carbon fiber used somewhere in the construction. It might seem like wizardry ...

When carbon fiber cloth is produced, manufacturers use large bobbins of virgin carbon fiber. The weaving machines are threaded all at once, with many carbon fiber bobbins. When one bobbin is finished ...

The lightness and strength of carbon fiber have made it a near-ubiquitous means of reducing the weight of new cars, especially heavier, battery-laden electric vehicles. However, the European Union ...

Forget carbon-fiber wheels. What you really want mounted to your expensive sports car or track car are forged magnesium ...

Carbon fibers consist of thin filaments (5–10 micrometers in diameter) made of long chains of carbon atoms arranged in a polycrystalline structure. These fibers contain 92–100 wt% anisotropic carbon ...

This cool material keeps race cars and supercars as light as a feather. If there is any material that is like gold for elite sports car manufacturers, including Ferrari, Lamborghini, and Porsche, it ...