| abstract |
The present invention provides a laminate in which a resin base material and a metal vapor deposition film are tightly adhered. The manufacturing method of a laminated body includes a separation step (S10), an introduction step (S20), a vapor deposition step (S30), and a coating step (S40). In the detachment step (S10), the hydrophobic surface of the resin is irradiated with plasma to detach at least a part of atoms constituting the resin from the surface. In the introduction step ( S20 ), hydroxyl radicals are irradiated on the surface of the resin that has undergone the desorption step ( S10 ), and hydrocarbon groups are introduced into the resin surface. In the vapor deposition step ( S30 ), a metal film is vapor deposited on the surface of the resin that has undergone the introduction step ( S20 ). In the coating step ( S40 ), the surface of the metal film is coated with a metal layer composed of a metal that is the same as the metal constituting the metal film. |