The effect of various amounts (1, 2, and 4 wt%) of hexagonal nano boron nitride on the mechanical properties of carbon/basalt fabric reinforced epoxy hybrid composite laminates has been investigated through experimental methods. The hybrid composites were fabricated using hand lay-up and vacuum infusion techniques. The produced hybrid nanocomposites were characterized by SEM-EDS Mapping, XRD, and FT-IR analyses. In order to find the strength of the composites under the influence of uniaxial tensile, tensile experiments were conducted in ASTM D3039 standard, bending experiments in ASTM 7264, and impact experiments in ASTM D256 standard. The fracture morphologies were investigated after the tensile test using a stereomicroscope. The results of this study showed that the mechanical properties of hybrid composites were substantially improved by the addition of h-nBNs fillers at 1 wt% because of the high adhesion strength in the interphase between h-nBNs epoxy-fiber interactions.

通过实验方法研究了各种数量（1、2和4重量％）的六方纳米氮化硼对碳/玄武岩织物增强的环氧杂化复合层压板机械性能的影响。杂化复合材料是使用手工铺层和真空灌注技术制造的。制备的杂化纳米复合材料通过SEM-EDS映射，XRD和FT-IR分析进行了表征。为了在单轴拉伸的影响下找到复合材料的强度，在ASTM D3039标准中进行了拉伸实验，在ASTM 7264中进行了弯曲实验，在ASTM D256标准中进行了冲击实验。在拉伸试验后使用立体显微镜研究了断裂形态。