This　study　was　carried　out　to　discuss　the　influence　of　curing　temperature　on　the　performance　of　conductive　composites　filled　with　nickel-coated　graphite　(NCG).　The　electrical　conductivity,　crosslink　density,　mechanical　properties　and　tensile　fracture　morphology　have　been　investigated.　The　results　indicated　that　curing　temperature　had　great　impact　on　the　electrical　conductivity　and　mechanical　properties.　Voluem　resistivity　decreased　from　43.1　to　0.08　ohm-cm　at　125　degrees　C-205　degrees　C,　and　the　reason　was　discussed　in　light　of　formation　and　break　of　the　conductive　network　in　the　composites.　The　stability　of　SR-NCG　cured　at　165　degrees　C-205　degrees　C　were　also　better　than　those　cured　at　other　curing　temperature.　Besides,　tensile　strength　increased　from　2.41　to　7.19Mpa　at　125　degrees　C-225　degrees　C,　elongation　at　break　have　a　56%　increase,　and　Shore　A　hardness　also　incresed　from　74　to　82.