Fe52Cr15Mo26C3B1Y3/phenolic resin friction material was prepared with hot-pressing method by using Fe-based amorphous metal to replace the traditional lubricating component,and the influence of different content of amorphous metal on the performance of the friction material was discussed.The wear surface of the friction material was observed by SEM,and the influence of different content of amorphous metal on the wear mechanism of friction material was analyzed.The results show that the hardness of the friction material is increased after adding amorphous metal.The hardness of the samples with mass fraction of 30% to 40% amorphous metal is between 67.6HRB and 73.6HRB,which is the appropriate hardness range of friction materials.With the increase of amorphous metal content,the wear rate of friction materials decreases gradually,and the average friction coefficient showed a trend of first decreasing and then increasing.When the mass fraction of amorphous metal is 40%,the friction coefficient of the sample is the smallest.With the increase of amorphous metal content,the wear mechanism of the material gradually changes from contact fatigue wear to abrasive wear,accompanied by a mixed mechanism of slight contact fatigue wear.