CARBON FIBER
A: Introduce the carbon fiber's outstanding features
Carbon fibers are rigid, so the carbon-fiber tubes are stiff yet lightweight, making them ideal for industry experts and hobbyists. Due to their properties, these tubes have a wide range of applications. In most situations, carbon-fiber pipes with less weight than aluminum may have better or the same strength characteristics.
Carbon fiber is carbon content and more than 90% of the high strength and high modulus fiber.
Resistant to high temperature and dryness subjected to perennial acid and alkali corrosion. The strength of carbon steel is five times.
Still, under the same volume, the weight is less than half of the steel. Carbon fiber aerospace materials can reduce the knot channel quality by 30% – 40%.
B: Comparison Between Carbon Fiber and Aluminum
Carbon-fiber tubes have replaced aluminum in various applications in the past few decades. Carbon fiber strands are mixed with resins to make composite materials with excellent properties.
The tubing takes advantage of the better properties of fiber and resin. Carbon-fiber tubes are widely known for being extremely lightweight with higher strength and rigidity. When comparing carbon fiber and aluminum, we look at the following properties:
- Modulus of elasticity: It is the ratio of the stress and strain of material. The slope on the pressure versus strain curve in the elastic region is the modulus of elasticity.
- Density is the ratio of the mass of a material to its volume.
- Specific stiffness: It compares materials with different densities. It is found by dividing the modulus of elasticity by the material’s density.
C: Carbon Fiber Production Application
The carbon fiber production process is complex, and the equipment and process requirements are very high. It belongs to the heavy asset industry, and its production process uses acrylic and viscose fiber as raw materials.
In addition to the inherent nature of carbon materials, both the softness and inability of textile fiber.
They are used in aerospace, energy equipment, transportation, sports leisure, fire emergency, medical and other fields.
In addition to the advantages mentioned above. Carbon fiber also has the disadvantages of high prices and many defects in finished products. Carbon production has high requirements on each link’s accuracy, temperature, and time control.
For more information you want to learn, please read this blog. The Best Guidance about Carbon Fiber Tube, or go back to the Home page to review more carbon fiber products. Thank you.
