In　this　work,　multilayer　graphene　(MLG)　was　incorporated　into　the　WC-ZrO2　composite　to　enhance　its　comprehensive　mechanical　properties.　The　phase　compositions　of　the　mixed　powder　with　varying　MLG　contents,　together　with　the　microstructures　and　mechanical　properties　of　the　sintered　WC-ZrO2-MLG　composites　were　studied　in　detail.　Utilizing　a　novel　powder　dispersion　method,　a　uniform　distribution　of　MLG　was　achieved　in　the　WC-ZrO2　mixed　powder.　The　prepared　WC-ZrO2　composite　with　an　optimal　amount　of　dispersed　MLG　exhibited　concurrently　increased　hardness　and　fracture　toughness.　The　significant　enhancement　of　fracture　toughness　is　primarily　attributed　to　the　deflection　and　branching　of　cracks　in　multiple　directions　upon　encountering　MLG,　as　well　as　the　pull-out　and　bridging　effects　from　MLG　during　crack　propagation.　This　study　provides　a　new　strategy　for　toughening　ceramic　materials　and　enhancing　their　comprehensive　properties.