A film with a metal film and an adhesive film with a metal film, in each of which cracks in a metal film layer are prevented.

The flexible film includes a polyimide film with an imide ring opened; a first metal film disposed on the polyimide film; and a second metal film disposed on the first metal film.

First and second metal films are formed on the metal multilayer film to form a metal pedestal.

  Also specifically disclosed is an adhesive film with a metal film wherein a curable resin composition layer is formed on the metal film layer of the film with a metal film.

The metallic film comprises nanolaminated film optically designed to have a metallic luster.

The first metal film and the second metal film are composed of different metal materials, respectively.

  Also specifically disclosed is an adhesive film with a metal film wherein a curable resin composition layer is additionally formed on the metal film layer of the film with a metal film.

The apertures extend from a first surface of the metal film to a second surface of the metal film.

In addition, the metallic film comprises nanolaminated film optically designed to have a metallic luster.

The metal sheet has engraved thereon a metal microstructure.

Next, the metal compound film for adjustment purposes, the metal mask and the dummy metal mask are removed.

The ohmic electrode structure is provided with a first metal film formed on the nitride semiconductor and a second metal film formed on the first metal film.

The barrier metal film (A1) consists of a multilayer film of a metal compound film (7) and a metal film (9) which does not lose conductivity even if it is oxidized.

  Also disclosed are a film with a metal film and an adhesive film with a metal film, each of which is used in the method.

This metal film group is comprised of at least a metal film, a protective film which protects the metal film, and an adjustment film which eliminates the potential difference between the metal film and protective film.