▎ 摘　　要

NOVELTY - The device has reactor (11) that is provided with an atomic fountain (1), a field effect separator (2), atomic disperser (3), a wire feeder (5), wire (6), reorganizer (7), a fermion tenon (8) and detector. The wire feeder and a finished plating wire silo (10) are arranged outside reaction kettle (11). The atomic disperser is mounted above field effect separator. The wire feeder is arranged in a position corresponding to a wire warehouse (4) in kettle. The wire is mounted between wire feeder and a recombiner that is arranged above atomic disperser and beside wire feeder. The fermion tenon is arranged beside recombiner. A quality inspection device (9) is arranged at a position corresponding to finished plating wire silo beside fermion tenon. The wire warehouse is arranged outside the reaction kettle. The finished plating wire silo is mounted outside reaction kettle. The bottom of reaction kettle is provided with carbon dioxide regulating assembly and magnesium wire regulating assembly. USE - Device for preparing graphene-coated wire coils. ADVANTAGE - The power consumption of the device for preparing graphene-coated wire coils is very small. The daily power consumption is about 48 degrees. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a production method of graphene-coated wire coil. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a device for preparing graphene-coated wire coils. Atomic fountain (1) Field effect separator (2) Atomic disperser (3) Wire warehouse (4) Wire feeder (5) Wire (6) Reorganizer (7) Fermion tenon (8) Quality inspection device (9) Finished plating wire silo (10) Reaction kettle reactor (11)