A turbocharger (10A, 10B) comprising: a rotating shaft which extends along an axis; a turbine wheel which is provided on a first end portion side of the rotating shaft; a compressor wheel which is provided on a second end portion side of the rotating shaft; a bearing housing which rotatably supports the rotating shaft; a turbine housing which accommodates the turbine wheel; a scroll flow path which is formed in the turbine housing, is continuous in a circumferential direction to be located radially outside the turbine wheel, and allows a gas rotating the turbine wheel to flow therethrough; a nozzle flow path which allows the gas to be introduced radially inward from the scroll flow path and supplies the gas to the turbine wheel; a nozzle mount which is provided on the bearing housing side with respect to the nozzle flow path; a vane which is rotatably supported by the nozzle mount and adjusts an amount of the gas introduced into the nozzle flow path; and a heat shielding portion which suppresses an increase in a quantity of heat transmitted from the turbine housing side to the bearing housing side with the nozzle mount interposed therebetween; characterized in that the turbine housing includes a scroll formed portion that forms the scroll flow path, and a connecting portion that is formed to extend from the scroll formed portion to the bearing housing side, which is an opposite side, with the nozzle mount interposed therebetween, and is connected to the bearing housing, characterized in that the heat shielding portion includes a mount outer peripheral portion heat shielding material provided between an end portion radially outside the nozzle mount and at least one of the bearing housing or the turbine housing, and a housing outer peripheral heat shielding material covering only the connecting portion, out of the scroll formed portion and the connecting portion, from an outer peripheral side; wherein the mount outer peripheral portion heat shielding material and the housing outer peripheral heat shielding material are formed of a material having a thermal conductivity of 0.1 W/m/K or less at room temperature. a rotating shaft which extends along an axis; a turbine wheel which is provided on a first end portion side of the rotating shaft; a compressor wheel which is provided on a second end portion side of the rotating shaft; a bearing housing which rotatably supports the rotating shaft; a turbine housing which accommodates the turbine wheel; a scroll flow path which is formed in the turbine housing, is continuous in a circumferential direction to be located radially outside the turbine wheel, and allows a gas rotating the turbine wheel to flow therethrough; a nozzle flow path which allows the gas to be introduced radially inward from the scroll flow path and supplies the gas to the turbine wheel; a nozzle mount which is provided on the bearing housing side with respect to the nozzle flow path; a vane which is rotatably supported by the nozzle mount and adjusts an amount of the gas introduced into the nozzle flow path; and a heat shielding portion which suppresses an increase in a quantity of heat transmitted from the turbine housing side to the bearing housing side with the nozzle mount interposed therebetween; characterized in that the turbine housing includes a scroll formed portion that forms the scroll flow path, and a connecting portion that is formed to extend from the scroll formed portion to the bearing housing side, which is an opposite side, with the nozzle mount interposed therebetween, and is connected to the bearing housing, characterized in that the heat shielding portion includes a mount outer peripheral portion heat shielding material provided between an end portion radially outside the nozzle mount and at least one of the bearing housing or the turbine housing, and a housing outer peripheral heat shielding material covering only the connecting portion, out of the scroll formed portion and the connecting portion, from an outer peripheral side; wherein the mount outer peripheral portion heat shielding material and the housing outer peripheral heat shielding material are formed of a material having a thermal conductivity of 0.1 W/m/K or less at room temperature.