structural carbon fiber

Common Uses For Carbon Fiber You May Not Have Thought Of

Did you know many items we see every day are made from carbon fiber? A carbon fiber product is one of the strongest, most lightweight building materials on the market today. Structural carbon fiber designs are made with fibers that are half the weight of steel but almost 10 times as strong.

Here are some of the many objects you see every day that are made from carbon fiber.


It’s unlikely that you fly on an airplane every day unless you work as a pilot or a flight attendant. But many people who live in larger cities likely pass by an airport or see a plane fly overhead each day. Nearly 30% of all carbon fiber products are designed for use in the aerospace industry due to its high tensile strength, resistance to heat, and lighter weight than many types of steel product. Structural carbon fiber prototypes are in constant development to improve methods for flight.

Military Equipment

Because of the high costs of a carbon fiber, its application is often limited to massive industries or government programs. As such, the military has used a number of carbon fiber prototyping options, including use in helmets, weapons, and of course, planes.

Sporting goods

One of the major ways you’ll see carbon fiber used by the average citizen is in sporting goods. Carbon fiber engineering has crafted lightweight tennis rackets, golf clubs, and hockey sticks. Structural carbon fiber is also used in helmets for motorcycle riders or horseback riders to ensure they receive the best in safety precautions.


In the medical field, structural carbon fiber has been used in a variety of applications, but none so popular as the prosthetic industry. The use of carbon fiber for artificial limbs offers the best in support for those who want or need the extra strength and longevity.

Carbon fiber has also made its way into X-ray applications because the material is “radiolucent,” meaning that it shows as black on any X-ray imagery.

Though carbon fiber design has not yet made its way into widespread use, carbon fiber prototypes are continuously pushing the limits of their application. Who knows what carbon fiber will do next?