A seal assembly centered about a centerline comprising: an annular, nonrotating sealing element having a first sealing surface on one axial end; a seal plate (68, 168, 268) that is annular in shape and configured to rotate about a centerline, the seal plate (68, 168, 268) comprising: a seal body (80, 180, 280) having a first axial end (76, 176, 276) forming a second sealing surface and a second axial end (78, 178, 278) opposite the first axial end (76, 176, 276), the seal assembly further comprising a lubricant nozzle radially outward from the seal plate (68, 168, 268), the lubricant nozzle configured to direct lubricant at the seal plate (68, 168, 268); wherein the second sealing surface is configured to form a seal with the first sealing surface of the sealing element; and characterised by a slinger ring (82, 182, 282) axially rearward of the seal body (80, 180, 280) and having a plurality of radially extending tabs (84, 184, 284) separated by a plurality of slots (86, 186, 286); and a groove (88, 188, 288) between the seal body (80, 180, 280) and the slinger ring (82, 182, 282); wherein the slinger ring (82, 182, 282) is adjacent the second axial end (78, 178, 278) of the seal body (80, 180, 280); and wherein the tabs (84, 184, 284) are configured to direct lubricant at least partially radially inward into the groove (88, 188, 288) and at least partially in a direction of rotation of the seal plate (68, 168, 268) to cool the seal body (80, 180, 280). an annular, nonrotating sealing element having a first sealing surface on one axial end; a seal plate (68, 168, 268) that is annular in shape and configured to rotate about a centerline, the seal plate (68, 168, 268) comprising: a seal body (80, 180, 280) having a first axial end (76, 176, 276) forming a second sealing surface and a second axial end (78, 178, 278) opposite the first axial end (76, 176, 276), the seal assembly further comprising a lubricant nozzle radially outward from the seal plate (68, 168, 268), the lubricant nozzle configured to direct lubricant at the seal plate (68, 168, 268); wherein the second sealing surface is configured to form a seal with the first sealing surface of the sealing element; and characterised by a slinger ring (82, 182, 282) axially rearward of the seal body (80, 180, 280) and having a plurality of radially extending tabs (84, 184, 284) separated by a plurality of slots (86, 186, 286); and a groove (88, 188, 288) between the seal body (80, 180, 280) and the slinger ring (82, 182, 282); a seal body (80, 180, 280) having a first axial end (76, 176, 276) forming a second sealing surface and a second axial end (78, 178, 278) opposite the first axial end (76, 176, 276), the seal assembly further comprising a lubricant nozzle radially outward from the seal plate (68, 168, 268), the lubricant nozzle configured to direct lubricant at the seal plate (68, 168, 268); wherein the second sealing surface is configured to form a seal with the first sealing surface of the sealing element; and characterised by a slinger ring (82, 182, 282) axially rearward of the seal body (80, 180, 280) and having a plurality of radially extending tabs (84, 184, 284) separated by a plurality of slots (86, 186, 286); and a groove (88, 188, 288) between the seal body (80, 180, 280) and the slinger ring (82, 182, 282); wherein the slinger ring (82, 182, 282) is adjacent the second axial end (78, 178, 278) of the seal body (80, 180, 280); and wherein the tabs (84, 184, 284) are configured to direct lubricant at least partially radially inward into the groove (88, 188, 288) and at least partially in a direction of rotation of the seal plate (68, 168, 268) to cool the seal body (80, 180, 280).