Inkjet media and method thereof

An inkjet media, comprising;

• a base substrate;
• an upper fluid barrier layer disposed on a side of the base substrate and a lower fluid barrier layer disposed on an other side of the base substrate, each one of the upper and lower barrier layers including a polymeric binder;
• an image receiving layer disposed on the upper fluid barrier layer, the image receiving layer to receive an image and including an inorganic pigment, co-pigments, a polymeric binder, a latex film-forming agent, and an optical brightening agent;
• a back adhesive layer disposed on the lower fluid barrier layer, the back adhesive layer including a reactive polymer, a surfactant and a deforming agent;
• an activation layer disposed on the back adhesive layer, the activation layer including a water-soluble alkali compound;
• and
• an adhesive protection layer disposed on the activation layer, the adhesive protection layer including at least one of water soluble nitrogen, water soluble oxygen, water soluble macromolecules, and a combination of an organic poly-acid, an organic poly-acid copolymer, an organic poly-acid salt, and an organic poly-acid copolymer salt.

A method of forming an inkjet media, the comprising:

• forming a base substrate;
• forming an upper fluid barrier layer to reduce penetration of fluid into the base substrate on one side of the base substrate;
• forming a lower fluid barrier layer to reduce penetration of the fluid into the base substrate on an other side of the base substrate;
• forming an image receiving layer to receive an image thereon on the upper fluid barrier layer;
• forming a back adhesive layer having a non-adhesion state and an adhesion state on the lower fluid barrier layer;
• forming an activation layer to place the back adhesive layer in an adhesion state in response to an event condition thereof on the back adhesive layer;
• and
• forming an adhesive protection layer on the activation layer.