A transparent resin layers 12 and 13 are laminated on at least one side (in particular, both sides) of the light-scattering layer 11. The anisotropic light-scattering layer 11 comprises a continuous phase and a particulate dispersed phase 14 which have the different refraction indexes from each other, the mean aspect ratio of the particulate dispersed phase 14 is more than 1 and the longitudinal axis of the particulate dispersed phase is oriented in a direction. The laminated film 10 can be capable of diffusing incident light in its advanced direction and having a light-scattering characteristic over a range of .theta.=4 to 30.degree.: Fy(.theta.)/Fx(.theta.)>5 wherein Fx(.theta.) represents the light-scattering characteristic in the direction of the major axis of the particulate dispersed phase and Fy(.theta.) represents the light-scattering characteristic in the direction normal to the major axis of the particulate dispersed phase. According to the laminated film, a uniform surface emission can be realized with close tolerances and the film can be steadily produced for a long term.