For thousands of years, human beings have been trying to improve ship technology and engineering, but the carbon fiber industry may stop our endless exploration. Why test prototypes with carbon fiber? Get inspiration from the shipping industry.
strength
In open water, sailors want to make sure the ship can withstand the changing energy. Carbon fiber manufacturing ensures that carbon fiber composites have the best shear strength, tensile strength and compressive strength. It's great for the shipping industry, but it's better for your carbon fiber prototype.
durability
Unlike wood and aluminum, carbon fiber provides durability without degradation. According to the weather conditions and wood humidity, wood has the tendency of expansion and contraction. With the passage of time, aluminum will be corroded due to oxidation, and prone to dents.
Carbon fiber, on the other hand, is not as corrosive as aluminum, and composite products ensure that it can withstand a variety of obstacles, including heat and weather resistance. If you want to test your carbon fiber prototype for metal alternatives, this is a valuable feature.
Lightweight applications
What is the best part of carbon fiber product design? It is light in weight and has all the strength and durability of hardened metals such as steel.
Carbon fibers are only a little wider than spider silk, and their matrix design provides all the strength without the weight of other metal substitutes such as aluminum and steel. The honeycomb design of the carbon fiber wires ensures that the matrix remains rigid under pressure. This makes it applicable to all kinds of prototypes, whether you want to make customized carbon fiber composites or completely manufacture new products. Structural carbon fiber ensures the integrity and service life of your structure. Using carbon fiber, ships can improve fuel efficiency, extend service life, and increase the speed of open water. If carbon fiber can help the shipping industry so much, imagine what you can do when you make a carbon fiber prototype.
Article source: Intel new materials
