For thousands of years, humans have been working hard to improve ship technology and engineering, but the carbon fiber industry may stop our endless exploration. Why use carbon fiber to test prototypes? Get inspiration from the shipping industry.
Strength
In open waters, sailors want to ensure that the ship can withstand the ever-changing energy. Carbon fiber manufacturing ensures that the carbon fiber composite material has the best shear strength, tensile strength and compressive strength. This is great for the marine industry, but more suitable for your carbon fiber prototype.
Durability
Unlike wood and aluminum, carbon fiber provides durability without degradation. Depending on the weather conditions and the humidity of the wood, wood has a tendency to expand and contract. Over time, aluminum will corrode due to oxidation and is prone to dents.
On the other hand, carbon fiber does not corrode like aluminum, and the composite product ensures that it can withstand various obstacles, including heat and weather resistance. This is a valuable feature if you wish to test your carbon fiber prototype against metal substitutes.
Lightweight application
What is the best part of carbon fiber product design? It is lightweight and has all the strength and durability of hardened metals (such as steel).
Carbon fiber is only slightly 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 thread ensures that the matrix can remain rigid under pressure. This makes its application suitable for all kinds of prototypes, whether you want to make customized carbon fiber composites or completely make new products. Structural carbon fiber can ensure the integrity and longevity of your structure. Using carbon fiber, ships can increase fuel efficiency, extend service life, and increase speed in open waters. If carbon fiber can provide so much help to the marine industry, imagine what you can do when you make a carbon fiber prototype.
Post time: Jun-21-2021