▎ 摘　　要

NOVELTY - The method involves assembling a power source of alternating current, arranged on the outside of the cylinder. The respective ends of the electrical cable are inserted directly into the inner portion of the cylinder in contact with graphene and/or graphene oxide and/or graphite and/or other graphene nanocomposites so as to conduct electricity between the ends of each half of the electrical cable. Each of the ends of the electrical cable is provided with an energy-conducting plate, for creating an electric field of alternating current inside the cylinder at the same time pushing as the graphene and/or graphene oxide and/or graphite and/or other nanocomposites made of graphene and the polymers through a spindle inside the cylinder, which is heated by a heater, melting and giving rise to the composite. USE - Method for dispersion of graphene, graphene oxide, graphite and/or other nanocomposites consisting of graphene in polymers with electric field of alternating current, used in manufacture of food packaging, bottles and car components. ADVANTAGE - The composite is obtained and used in the manufacture food packaging with higher pulling force, impact force, impermeability to oxygen and water vapor and thermal conductivity as well as in the automotive industry due to higher conductivity electrical power is achieved in the final portion. The dispersion of graphene and/or graphene oxide and/or graphite and/or other nanocomposites consisting of graphene in the polymers, is increased, thus obtaining a greater structural homogeneity, to increase the composite performance with lower loads of graphene and/or graphene oxide and/or graphite and/or other nanocomposites consisting of graphene and with best end product. The superior dimensional stability and structural homogeneity of the product are ensured to avoid a greater waste with the economic benefits. DETAILED DESCRIPTION - The power source is provided with a negative pole and a positive pole. The electrical cable is introduced and divided in two half, where one half is connected to the negative pole and the other half to the positive pole. The other additives are added to the polymer. The power source is also be direct current.