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Carbon Fiber Composite Materials and Carbon Reduction Carbon fiber composite materials play a significant role in achieving carbon reduction. When used to replace conventional materials in aircraft, cars, and other modes of transportation, they can substantially cut the weight of these vehicles. The resulting higher fuel efficiency leads to a notable decrease in CO₂ emissions.

Thermoplastic resins tend to exhibit high viscosity at elevated temperatures and are prone to adhering to the surface of carbon fiber tows. This makes it challenging to achieve uniform distribution and impregnation. To address this issue, it is essential to consider how to enhance the flowability of thermoplastic resins to ensure they can penetrate into

1.Weight – Size Correlation: As the diameter of carbon fiber rollers increases, their weight inevitably rises. While carbon fiber composites are known for their low density, the sheer volume required for larger diameters leads to significant weight gains. Excessive weight complicates processing operations and reduces precision. 2.Inertia – Balance Sensitivity: Before leaving the factory, carbon