The Dynamic Carbon Fiber and its Uses – Mo Longer Just a Myth!

With its continuous development, carbon fiber has proven to be an effective material that most fields use for various applications because of its tested properties. Its toughness and strength-to weight ratio make it the best option to use over other materials in aerospace, sporting goods, and even in both marine and road transportation. On the other hand, its proven low thermal expansion, low abrasion, and stability make it possible for a perfect fit when it comes to producing missiles, optical benches, air craft brakes, antenna, and aerospace structure. Also, its vibration stability makes it possible for the perfect application for audio equipment, loud speakers and parts of robots.

The closer look at how the fibers are made will give us enough idea where these materials gained its unique qualities. Examining a single thread will marvel us with its great characteristics. One thread alone is made up of 90% carbon atoms. So we can be sure how strong it is. An alignment of crystal to form these threads into pattern made these woven fibers even stronger. Another most distinguished quality it has is its low weight. The density it displays is lesser than that of steel or aluminum. Thus, it has been a significant factor for the manufacturers of air planes and high-quality cars to choose carbon fiber over other metals. This has been applied to car hoods, trunks, bonnets, boots, fenders and lips.

Other qualities of this material that are imperative to most markets are its rigidity, sensitivity and vibration stability. This has been proven true with the manufactures of sporting goods like fishing rods and reels; golf goods like shafts, club heads, and face plate; rackets for tennis, badminton, and squash; yachts, canoes, sail boats, cruisers and rowing boats; and other sports applications like base ball bats, table tennis, skis, gate-balls, billiards, ski stocks, archery bows, radio-controlled cars, bamboo swords and many others.

At some extent, the field of Medicine found more reasons to trust this material compared to others. Carbon fiber has biological inertness and x-ray permeability which makes the material more than qualified to suit some applications in x-ray equipments, ligament and tendon repair, implants and other applications in surgery and prostheses. In Chemical Engineering, the material provided insurmountable help in various applications in Chemical industry, production of seals, valves and pump materials for process plants. It is because of its chemical inertness and high corrosion assistance.

Definitely, the dynamic properties of this material are worth its every application. We have already unmasked its potential and will still continue to unmask. For this great breed of strength in metal has proven its unmatched strength along with its other qualities. And that is no longer a myth!

Learn more about carbon fiber. Stop by Wes Collins’s site where you can find out all about composites and what it can do for you.. This article, The Dynamic Carbon Fiber and its Uses – Mo Longer Just a Myth! is released under a creative commons attribution license.