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In the automotive industry’s pursuit of greater efficiency and eco-friendliness, lightweight construction has become a key competitive goal among major automakers. Carbon fiber composite materials stand out with their high strength, low density, corrosion resistance, and other exceptional properties, playing a pivotal role in automotive weight reduction. Preparation Technology of Carbon Fiber Composites The preparation of carbon fiber composites involves several critical technologies, including carbon fiber fabrication, resin matrix selection, and composite molding processes. Among these, carbon fiber preparation is especially critical as it directly impacts the mechanical properties and weight-reduction effectiveness of the composites. Molding Processes of Carbon Fiber Composites In automotive weight reduction, various molding processes are used […]

In the automotive industry’s push toward energy conservation, emission reduction, and lightweight design, the advantages of carbon fiber composite materials in automotive parts are becoming increasingly evident. Nowadays, carbon fiber composite materials are being widely used in the production of various automotive components, including brake pads, drive shafts, body panels, fuel tanks, and battery enclosures. Looking ahead to the development trends in the automotive sector, the application of carbon fiber composite materials in automotive parts is expected to grow significantly, with broad prospects. Below is an analysis of specific application scenarios. Carbon fiber composite materials are being applied in automotive battery enclosures. As a key power component of new energy