NOVELTY - A titanium molded component containing zinc, titanium, carbon and oxygen is obtained by molding 0.2-5% raw material powder with respect to total number of metal atoms. The obtained molded component is subjected to primary baking in inert gas atmosphere at 900-1200 degrees C, to obtain primary sintered compact having relative density of 92-98%. The primary sintered compact is subjected to secondary baking in inert gas atmosphere at 800-1400 degrees C, to obtain zinc oxide-type sintered compact having relative density of 98% or more.    USE - Manufacture of zinc oxide-type sintered compact used for forming target (claimed) for forming zinc oxide-type transparent conductive film. Uses include but are not limited to solar cell, liquid crystal display element, light-receiving element, hear ray reflective film, motor vehicle window, construction field, antistatic film, organic electroluminescence display, inorganic electroluminescence, electronic paper, etc.    ADVANTAGE - The method enables manufacture of high-density zinc oxide-type sintered compact without suppressing curvature of zinc volatilization and sintered compact. The zinc oxide-type transparent conductive film having excellent electroconductivity is formed using target with stable and reproducible method without abnormal discharge. The transparent conductive film does not contain indium, and is nontoxic.    DETAILED DESCRIPTION - A titanium molded component containing zinc, titanium, carbon and oxygen is obtained by molding 0.2-5% raw material powder with respect to total number of metal atoms. The obtained molded component is subjected to primary baking in inert gas atmosphere at 900-1200 degrees C with pressure of 1-30 MPa, to obtain primary sintered compact having relative density of 92-98% and closed pore defect. The primary sintered compact is subjected to secondary baking in inert gas atmosphere at 800-1400 degrees C with a pressure of 90 MPa or more, to obtain zinc oxide-type sintered compact having relative density of 98% or more. The primary baking and secondary baking are performed by capsule free hot isostatic press. An INDEPENDENT CLAIM is included for target.