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A Brief Understanding of the Manufacturing Process of Carbon Fiber Parts 

Carbon fiber is the latest variety of relatively strong and lightweight material in Racing Sports Concepts. Rest assured that the material is nearly five times as strong as steel and approximately two times as rigid. Nonetheless, the carbon fiber materials weigh only around two-thirds less. It comprises thin strands of carbon, thinner than a human hair. The strands could be twisted together or braided like yarn. 

The manufacturing method of carbon fiber 

Carbon fiber entails part chemical and part mechanical manufacturing processes. The material would be strained into long strands of fiber and heated to a relatively high temperature. The process does not let the heated fiber be exposed to oxygen, as it could not burn without oxygen. The material would go through the carbonization process. It would be pertinent to mention here that several attempts to mass production of carbon fiber have failed due to scarce demand and lack of skilled workers. Moreover, the process is expensive. 

During the process, some pieces of carbon could break off. However, they tend to circulate in the air in the form of fine dust. It would be pertinent to mention here that the dust particles would be harmful when inhaled. They pose significant health hazards. As a result, it would be imperative that people working in the area should wear protective masks to safeguard themselves from the ill effects of the dust particles. 

What ill effects does it pose to your health? 

If inhaled, the fine dust of carbon fiber could cause adequate harm to your health. It could also cause skin irritation due to the sizing materials used for coating the fibers. These coating materials would comprise chemicals causing severe skin reactions. Therefore, it would be in your best interest to wear adequate protective clothing or consider using skin creams as barriers in regions where carbon dust is present. 

Where could employ carbon fiber parts? 

Carbon Fiber Parts could be used in high-quality cars, boats, Formula 1 racecars, bicycles, and planes. It could also be employed in marine decorations general entertainment, musical instruments, and general aviation interiors. Usually, most cars, boats, and jet planes have been manufactured using steel. When you replace the steel components with carbon fiber, you reduce the weight by approximately 60%. Rest assured the reduced weight would offer benefits in fuel consumption by nearly 30%. 

The lighter carbon fiber body of the car would enable manufacturers to build cars with smaller and more efficient engines. The reduced weight would be beneficial in enhancing fuel efficiency and developing other different types of engines. 


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