Why Use Carbon Fiber Tubes Instead Of Other Metal Tubing

There are many benefits to live in this time and place where we cherish almost everything life has to offer. Imagine if we were half a planet away, we could never experience the joy the earth has to offer for our own benefit. Specially designed composite materials are just a few examples of these provisions that we can use for our convenience and comfort. One perfect composite to consider is carbon fiber tubing. This material is only beginning to reach its popularity, and is being used more and more instead of other known metals.

Carbon fiber tubing proves to triumph over all other metals for many significant reasons. For one, this material is the lighter in terms of density when compared to other metals. There was once a time when almost all the population believed that titanium, the so-called "space age" metal, was lighter than any other material. But as the world brings us more unimaginable discoveries, it was superseded by the lighter weight of carbon. This is one of the many reasons why aero space, sporting goods, and road and marine transport rely mostly in these tubes because of this very specific quality.

Secondly, this material is second to none in terms of extremely low co-efficient of thermal expansion. During the carbonization process alone, this metal can withstand high temperature until around 3000 degrees centigrade. This superb property is the reason why a growing number of manufacturers took serious interest in this metal. These are manufacturers of missiles, optical benches, air craft brakes, telescopes, antenna and other support systems.

Its stiffness is another factor why more people depend largely on this tubing compared to other metal tubing. The composite speaks volumes regarding its other properties. Carbon fiber tubing is more corrosion-resistant; it can withstand heavier and more extensive cycles; the strength it displays can be designed for any preferred application; and it also has minimal transfer heat rate.

Probably one of the major reasons why other materials proved inferior next to this is because of the outstanding strength it displays. One strand of fiber alone is composed largely of carbon atoms. These atoms are bonded together by crystals. This bond made by these microscopic crystals is what makes it possible for fiber to have such strength compared to its size of only around 0.005 to 0.010 micro meters in diameter. It is no surprise that popular fields prefer this material over the other composites and metals. This is especially true for the makers and manufacturers of cars, air planes, boats and other marine transports, and even sporting goods equipment. In sports, we have seen the surge of popularity in carbon graphite material being used as essential parts of tennis rackets, badminton, hockey, fishing, skiing, and the likes.

With the continuous efforts to maximize the uses of this material, one can never go wrong when using carbon fiber tubes. Aside form the superb qualities already mentioned, this metal also displays specific toughness, stability in high-definition, low abrasion, good vibration damping, electrical conductivity, biological inertness, permeability for x-rays, lubrication, and electromagnetic properties. What a wonderful provision this material is for mankind!