Carbon Fiber, also known as graphite fiber, is a polymer material that combines exceptional strength with lightweight properties. With a strength five times that of steel and double the stiffness, it is a preferred choice for engineers and designers in various manufacturing applications. The unique characteristics of carbon fiber make it an ideal material for creating strong and lightweight parts.

Carbon fiber is composed of thin, crystalline filaments of carbon that are used to reinforce materials. These filaments can be thinner than human hair and gain strength when twisted together like yarn. They can then be woven into cloth-like structures or laid over a mold, and coated in plastic or resin to achieve a permanent shape.

Raw Materials of Carbon Fiber
The precursor is the raw material used to produce carbon fiber. Approximately 90% of the carbon fiber formed is made from polyacrylonitrile (PAN). The other 10% is made from petroleum pitch or rayon. These organic polymers consist of long chains of molecules bound together by carbon atoms.

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PAN-based carbon fiber is widely used in various industries due to its high yield and favorable processing properties.

In Automotive
While carbon fiber is not yet widely used in mass-produced automobiles due to cost and tooling considerations. However, it has found applications in high-performance vehicles. Carbon fiber components are often chosen for their aesthetics rather than just their weight or material properties.

Aftermarket automotive parts, such as spoilers and body kits, are frequently made from carbon fiber and are clear-coated to showcase the distinctive weave pattern. In some cases, these components may feature a single layer of carbon fiber with multiple layers of fiberglass underneath to lower costs.

Sporting Goods
Carbon fiber-reinforceds are commonly used in the manufacturing of composites of sporting goods such as golf clubs, tennis rackets, softball bats, archery arrows bows, and hockey sticks. The lightweight yet strong nature of carbon fiber provides athletes with equipment that offers both performance and durability advantages.

The rapid growth of carbon fiber, as well as the continuing advancements and increasing demand, indicate a promising future for carbon fiber in various industries.