▎ 摘　　要

NOVELTY - Crystal diamond flash laser anti-counterfeit packing material comprises graphene antistatic layer, base paper layer, adhesive layer, zinc sulfide highlight layer, holographic laser anti-counterfeiting layer, laser transfer coating layer, non-solvent composite adhesive layer, blazed diamond layer and high temperature resistant transparent coating sequentially laminated from bottom to top. USE - Used as crystal diamond flash laser anti-counterfeit packing material. ADVANTAGE - The packaging material: has antistatic, aesthetic and anti-counterfeiting effects and promotes development and innovation of packaging industry. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for preparing anti-counterfeit packing material comprising (1) coating laser transfer coating layer on the surface of base film, drying and solidifying to obtain holographic coating film, (2) performing laser holographic mold pressing on the holographic coating film on a laser mold press and recording holographic laser anti-counterfeit layer on the laser transfer coating layer of the holographic coating film and forming laser holographic film, (3) plating zinc sulfide onto the holographic laser anti-counterfeiting layer of laser holographic film by vacuum aluminizing machine to form zinc sulfide highlight layer having laser holographic pattern, (4) taking base paper layer and coating graphene antistatic coating layer on the back side and coating adhesive layer on the surface of zinc sulfide highlight layer having a laser holographic pattern, pasting the front side of the base paper layer on adhesive layer, drying and aging to form bright zinc sulfide composite paper having graphene antistatic layer and holographic laser pattern, (5) coating high temperature resistant transparent coating layer on the surface of another base film, drying and solidifying to form high temperature resistant coating film, (6) coating blazed diamond layer on the high temperature resistant transparent coating layer of high temperature resistant coating film to form high temperature resistant coating film having blazed diamond layer, (7) peeling off the base film of the surface of the bright zinc sulfide composite paper having the graphene antistatic layer and holographic laser pattern on a non-solvent laminating machine, coating the high temperature resistant coating film with non-solvent composite adhesive layer and peeling off, forming with high-strength zinc sulfide composite paper stripped base film to form crystal diamond flashing laser security paper with high temperature resistant coating film and (8) peeling off the base film of top of the crystal diamond flashing security paper with high temperature resistant coating film and rolling or single slitting to obtain crystal diamond flash laser anti-counterfeit packing material.