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Carbon Fiber Reinforced Plastic (CFRP) has strong and superb material properties, especially inmechanical and heat-resisting aspects, but the drawback is its high price. In this study, we made a hybrid compositeusing carbon fiber and basalt fiber, which is expected to attribute to its strong material properties and its financialbenefits. We found out that the higher the content of basalt fiber included, the lower the intensity, and carbon'sintensity contents of 80% showed the similar intensity level as that of CFRP. Besides it was possible to get a bettermechanical properties using the composite that included the mixed fiber, instead of using a composition of separatefibers filed. :               .       ,             .      ,    80%  CFRP     .                   .

Fabrication of Carbon/Basalt Hybrid Composites and Evaluation of Mechanical Properties