1: The mechanical, mechanical, thermal, acoustic, optical, electrical, corrosion resistance, aging resistance and other physical and chemical properties of carbon fiber auto parts can be according to the use requirements of the parts and environmental conditions, through the selection of component materials, matching and interface control and other material design means, to maximize the expected purpose, in order to meet the performance requirements of engineering structure.
2: The component molding of traditional materials is realized through the reprocessing of materials, and there is generally no chemical change between the components of materials in the process of processing, while the material synthesis and component molding of composite materials are completed at the same time. Therefore, the integrity of the composite structure is good, which can greatly reduce the number of structural parts and connectors, thus shortening the processing cycle and reducing the cost. Improve the reliability of components.
3: The performance of each component of carbon fiber auto parts after processing is not a simple mixture of the respective properties of several materials, but according to the composite effect to form a new performance, this composite effect is the unique characteristics of composite materials. There are complex physical and chemical changes among component materials during the forming process of carbon fiber auto parts structure. The component properties depend heavily on the process method, process parameters and process, and it is difficult to accurately control the process parameters during the forming process.
Dec 04, 2022
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The superior characteristics of carbon fiber auto parts
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