▎ 摘　　要

NOVELTY - Chemically riveting graphene laminated composite metamaterials comprises polymer material and graphene. The graphene is uniformly distributes in polymer material base body. The composite metamaterials is prepared by cross-linking the two sides of the polymer layer and graphene are along the cross-linking part or graphene micro penetration layer, and chemically cross-linked the other side of the polymer layer with the graphene layer to obtain the product. USE - Used as chemically riveting graphene laminated composite metamaterials. ADVANTAGE - The method produces product: with good lamination effect, and high orientation, where the graphene or graphene oxide and polymer resin and additives were alternately nano-laminated product based on flow dynamics, and based on heat and pressure or energy-ray irradiation conditions of the cross-linking reaction; is simple, and economical; consumes less energy; and utilize large amount of raw materials. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for: (1) preparing the composite metamaterial, comprising (i) taking graphene/graphene oxide solution or suspension system and polymer resin and an auxiliary agent as raw materials, and extruding the raw materials by adding into at least one extruder, where an outlet and an inlet of the extruder are connected to each other, and adding multilayer materials into junction station to contact, (ii) processing the contacted raw materials by adding into a multi-stacking machine for stacking, and carrying out lamination, and orientation, to obtain graphene/graphene oxide layer and adjacent layer of polymer resin having a thickness close to the thickness of a single layer graphene, and (iii) melting the stacked composite material, molding by adding into a mold body, carrying out vulcanization reaction of the molded composite material or carrying out vulcanization reaction and cross-linking reaction of graphene oxide/graphene layer whose both sides set with polymer resin layer, and allowing graphene to penetrate through a partially cross-linked bound mesh or chemically cross-linking the damaged pores on the other side of the polymer resin layer, to obtain graphene oxide/graphene sheet layers; and (2) a device utilized in the method, comprising a raw material pre-mixing unit, a mixed overlapping unit and a mixed cross-linking vulcanizing unit, where the raw material pre-mixing unit includes three extruding machines including an extruding machine A, an extruding machine B and an extruding machine C, and the mixed overlapping unit is connected in series with the mixed cross-linking vulcanizing unit, many laminaters of concatenation, vulcanization cross-linking units, vulcanizing machine, an injection molding machine or a molding apparatus used for molding by a multi-junction stack, and the extruding machine A is loaded with graphene/graphene oxide solution or suspension system, and extruding machine B is loaded with polymer resin and a vulcanizing agent system, and the extruding machine C is loaded with polymer resin and auxiliary agent system, and the graphene/graphene oxide solution or suspension system loaded into extruding machine A is transferred into a junction flow channel A, and the polymer resin and vulcanizing agent system extruding machine B loaded into the extruding machine B is transferred into a junction flow channel B, and the polymer resin and auxiliary agent system loaded into the extruding machine C is transferred into a junction flow channel C, and finally collecting all the three composite materials in a multi-lamination for completely laminating, and the thickness of the graphene layer is close to the thickness of the polymer resin layer which are arranged adjacently, and preparing organic and inorganic composite metamaterial products by melting the composite materials by placing into a mold plate vulcanizing machine for carrying out vulcanization cross-linking process.