A different approach on how Carbon Fiber Tubes are manufactured

The wonderful strength-to-weight ratio represented by carbon fiber tubes makes it possible for a growing number of people use this product over other materials for different applications. There are several processes that these composite get her great strength, durability and toughness. Depending on each production companies they have corresponding manufacturing techniques that turned out to make the best tubes on the basis of hardened resin with special formula, and engineering of cross-section structured wall.A process for making carbon fiber tubes is through a four-axis continuous braids technology. The process goes like this: regardless of the origin, a fiber is followed constantly of her length endpoint using the three-axis braider, along with hoop winders. These fibers are braided together and placed in a machined axle, resulting to a process of an engineered composite four axes.The structure of the tubes depends largely the manufacturers, the applications, and the requests of the customers. However, in most cases, the structures rely on epoxy resin in high-temperature. Some use Carbon nano-tubes to reach the maximum strength of the material. The end product is based off the resin extensions, as well as developments in the technique of the matrix.The result of such process has several advantages. Firstly, it has been proven and tested for many years, especially in aero space, defense, military and other industries, that every fiber interlocked with each other as a damage-stop serves. For the sake of this bonding produces the extreme durability and toughness. Also the structure made of four axes continuous braids produced more power, and not easy, compared to the use of preformed materials constructed with hand-layered system collapses. Moreover, with the four axles braiding technology, carbon fiber tubes probably retain its structural integrity, so it gives way to easily repair if ever there are some slight damage.With these structural technology, there is a wide variety of applications of these tubes namely: aircraft tubes; Aerospace instruments and Interior supports; Vehicular, human and horse gate tubings; robotic arms and supports; prosthetic structures; various structural applications such as non-sparking, non-corrosive, and field transparent; lifting around wooden; photography and sound booms; and supports used in the performing arts and sculptures and in space and terrestrial antennas.Different technology brings various benefits of the carbon fiber tubes when used in diverse applications. No matter what structural technology is used, be sure that the material will still be his original strength, fantastic lightweight, superb durability and unparalleled toughness!