A preparation method for a fancy reflective material that comprises a substrate, a glue layer, a plating layer, a focusing layer and glass beads, wherein: - a glue layer with a geometric shape is disposed between the substrate and the plating layer, - the glue layer is realized by a composite glue coating device, - the focusing layer is disposed on the plating layer, and - the glass beads are disposed on the focusing layer, characterized in that the preparation method for a fancy reflective material has the following steps: 1) planting glass beads: the glass beads are placed on a PE composite film, and are then placed in a heating roller at a temperature of 140-220°C, along with the melting of the PE film, the glass beads are deposited on the PE film, after the PE film is cooled, the glass beads are fixed on the PE composite film, thereby plants the glass beads; 2) the surfaces of the glass beads in step 1) are coated with a focusing coating, and then dried into a focusing layer; 3) plating: a plating medium forms a plating layer outside the focusing layer through a resistance heating manner; 4) the glue layer is roller-coated outside the plating layer in a pattern with geometric shape through the composite glue coating device, thereby forms bead planting film with a fancy glue layer; 5) the bead planting film with the fancy glue layer is passed through a composite coating system to obtain the fancy reflective material. - a glue layer with a geometric shape is disposed between the substrate and the plating layer, - the glue layer is realized by a composite glue coating device, - the focusing layer is disposed on the plating layer, and - the glass beads are disposed on the focusing layer, characterized in that the preparation method for a fancy reflective material has the following steps: 1) planting glass beads: the glass beads are placed on a PE composite film, and are then placed in a heating roller at a temperature of 140-220°C, along with the melting of the PE film, the glass beads are deposited on the PE film, after the PE film is cooled, the glass beads are fixed on the PE composite film, thereby plants the glass beads; 2) the surfaces of the glass beads in step 1) are coated with a focusing coating, and then dried into a focusing layer; 3) plating: a plating medium forms a plating layer outside the focusing layer through a resistance heating manner; 4) the glue layer is roller-coated outside the plating layer in a pattern with geometric shape through the composite glue coating device, thereby forms bead planting film with a fancy glue layer; 5) the bead planting film with the fancy glue layer is passed through a composite coating system to obtain the fancy reflective material. 1) planting glass beads: the glass beads are placed on a PE composite film, and are then placed in a heating roller at a temperature of 140-220°C, along with the melting of the PE film, the glass beads are deposited on the PE film, after the PE film is cooled, the glass beads are fixed on the PE composite film, thereby plants the glass beads; 2) the surfaces of the glass beads in step 1) are coated with a focusing coating, and then dried into a focusing layer; 3) plating: a plating medium forms a plating layer outside the focusing layer through a resistance heating manner; 4) the glue layer is roller-coated outside the plating layer in a pattern with geometric shape through the composite glue coating device, thereby forms bead planting film with a fancy glue layer; 5) the bead planting film with the fancy glue layer is passed through a composite coating system to obtain the fancy reflective material.