Card-like magnetic recording medium, method for manufacturing the recording medium, laminated body for transfer and method for manufacturing the laminated body
To provide a card-like magnetic recording medium and a transferable laminate which can make a hologram distinctly recognizable and can prevent the occurrence of an ESD fault. In the card-like magnetic recording medium, on the magnetic recording layer 12 formed on the base material for a card 20 , the transparent non-conductive deposited layer 14 and the transparent optical diffraction layer 15 are laminated in this order; between the magnetic recording layer 12 and the transparent non-conductive deposited layer 14 , a reflective ink layer 13 which includes, at least, binder resin and metal flake, is formed; and a mass ratio of this binder resin/metal flake is set from 3 to 10.
1. A magnetic recording medium, comprising:
a base material;
a magnetic recording layer provided above the base material;
a reflective ink layer provided above the magnetic recording layer, the reflective ink layer comprising a metal flake and a binder resin, wherein a mass ratio of the binder resin to the metal flake in the reflective ink layer is 3.0:1-10.0:1; and
a transparent non-conductive deposited layer provided above the reflective ink layer.
2. The magnetic recording medium according to claim 1 ,
wherein the magnetic recording layer is formed in a longitudinal direction of the base material having a stripe shape, and
wherein the reflective ink layer is formed on all area adjoining to the magnetic recording layer.
3. The magnetic recording medium according to claim 1 or 2 , wherein the reflective ink layer is formed by applying reflective ink containing the metal flake and the binder resin by micro-gravure coating.
4. A method for manufacturing of a transferable laminate, comprising:
providing a temporary support, and
laminating a transparent optical diffraction layer, a transparent non-conductive deposited layer, a reflective ink layer, a magnetic recording layer, an adhesive layer as required, in this order on the temporary support;
wherein the reflective ink layer is formed by coating the transparent non-conductive deposited layer with a reflective ink containing a metal flake and a binder resin,
wherein a mass ratio of the binder resin to the metal flake in the reflective ink is 3.0:1-10.0:1.
5. The method for manufacturing of a transferable laminate according to claim 4 comprising:
having a transfer process which laminates, from a side close to a base material, the magnetic recording layer, the reflective ink layer, the transparent non-conductive deposited layer, and the transparent optical diffraction layer, in this order on a base material via the adhesive layer.
6. A transferable laminate, comprising:
a temporary support;
a transparent optical diffraction layer provided above the temporary support;
a transparent non-conductive deposited layer provided above the transparent optical diffraction layer;
a reflective ink layer provided above the transparent non-conductive deposited layer; and
a magnetic recording layer provided above the reflective ink layer,
wherein the reflective ink layer comprises a metal flake and a binder resin,
wherein a mass ratio of the binder resin to the metal flake in the reflective ink layer is 3.0:1-10.0:1.