A fusing unit for mounting in an electrophotographic image forming apparatus to fuse an image transferred to a print medium (m), the fusing unit comprising: a fusing frame which is adapted to be grounded to the image forming apparatus when mounted in the image forming apparatus; a heating member which is arranged to transfer radiant heat from a heat source provided therein to a print medium (m) passing a predetermined fusing nip; a pressure roller which is installed to be grounded to the fusing frame and arranged to form the fusing nip between the pressure roller and the heating member and so as to press the print medium passing the fusing nip, wherein the pressure roller comprises a conductive material; a supporting member which rotatably supports the heating member and faces the pressure roller; and a discharging member which is installed to be grounded to the fusing frame, and comprises an end part which is arranged to contact the print medium passing the fusing nip in order to discharge static electricity from the print medium; wherein the heating member is arranged between the supporting member and the pressure roller; characterized in that: the heating member further comprises: a base layer; a release layer provided on outside of the base layer for contacting the print medium, the release layer comprising a non-conductive material; and a heat transfer layer provided on inside of the base layer, the heat transfer layer comprises a conductive layer, wherein the heat transfer layer is grounded to the fusing frame, and wherein the release layer is grounded to the fusing frame through the pressure roller. a fusing frame which is adapted to be grounded to the image forming apparatus when mounted in the image forming apparatus; a heating member which is arranged to transfer radiant heat from a heat source provided therein to a print medium (m) passing a predetermined fusing nip; a pressure roller which is installed to be grounded to the fusing frame and arranged to form the fusing nip between the pressure roller and the heating member and so as to press the print medium passing the fusing nip, wherein the pressure roller comprises a conductive material; a supporting member which rotatably supports the heating member and faces the pressure roller; and a discharging member which is installed to be grounded to the fusing frame, and comprises an end part which is arranged to contact the print medium passing the fusing nip in order to discharge static electricity from the print medium; wherein the heating member is arranged between the supporting member and the pressure roller; characterized in that: the heating member further comprises: a base layer; a release layer provided on outside of the base layer for contacting the print medium, the release layer comprising a non-conductive material; and a heat transfer layer provided on inside of the base layer, the heat transfer layer comprises a conductive layer, wherein the heat transfer layer is grounded to the fusing frame, and wherein the release layer is grounded to the fusing frame through the pressure roller. a base layer; a release layer provided on outside of the base layer for contacting the print medium, the release layer comprising a non-conductive material; and a heat transfer layer provided on inside of the base layer, the heat transfer layer comprises a conductive layer, wherein the heat transfer layer is grounded to the fusing frame, and wherein the release layer is grounded to the fusing frame through the pressure roller.