Transparent conductive thin films have been widely used in the field of printed electronics. The traditional transparent conductive film of indium tin oxide (ITO) has been limited by its high brittleness and low flexibility. It was found that silver nanowires (AgNWs) and graphene could be ideal materials for transparent conductive films because of their excellent optical, electrical and mechanical properties. The progress of reduced graphene/silver nanowires transparent conductive films in recent years was reviewed. Firstly, the key parameters of flexible conductive thin films and rGO/AgNWs transparent conductive thin film forming process were briefly introduced. Then the main factors affecting the photoelectric properties of rGO/AgNWs transparent conductive thin films and relevant researches were summarized. Finally, the current application status of rGO/AgNWs transparent conductive thin films in the field of printed electronics was described, and the future development trend of rGO/AgNWs transparent conductive thin films was prospected.