To provide a laminated transfer film for stably maintaining metallic lustrous color for a long term by effectively suppressing generation and enlargement of rusting and release even if a crack occurs without crack in a metal thin film layer even when a bending force acts thereon to deflect it, and to obtain the metallic lustrous product made of molding covered on its outer surface with the film, and a method adapting to its manufacture.

The laminated transfer film 10 is integrally covered with an outer surface of a base material B of a metallic lustrous product such as, for example, an interior or exterior finish component to form a metal thin film layer 14 having a fine structure substantially existing an isolated state by surrounding an overall circumference of numerous fine thin piece metal particles 14a with a through 15b even if the overall surface is visually observed as integral metallic lustrous surface by a vacuum metallizing process such as a sputtering method or heating depositing method. A light permeable and flexible thin transparent film layer 13 is formed on the layer 14 to cover the particles 14a and to be brought into contact with a thermal adhesive layer 15 introduced into the trough 14b.