以酚醛树脂和沥青炭纤维为基础的炭质复合材料 ,具有较高的耐热性和热稳定性。该材料的性能在很大程度上取决于聚合物基质和填充剂之间的异相界面反应 ,首先是浸润和粘着。为保证最佳的浸润条件 ,创建牢固的粘着接触 ,研究了沥青炭纤维表面张力 ,酚醛树脂浸渍剂溶液浓度等对浸润性能的影响。为了缩短制品的成型时间 ,减少能耗 ,还研究了成型温度制度对炭质复合材料性质的影响 Phenolic resin and asphalt carbon fiber-based carbonaceous composites, with high heat resistance and thermal stability. The performance of this material depends to a large extent on the heterogeneous interfacial reaction between the polymer matrix and the filler, primarily wetting and clinging. In order to ensure the best infiltrating condition, a solid adhesive bond was established to study the influence of the surface tension of asphalt carbon fiber and the solution concentration of phenolic resin impregnant on wettability. In order to shorten the molding time and reduce energy consumption, the influence of molding temperature on the properties of carbonaceous composites