 This study investigated the preparation of fluorography nanoseats, FG nanoseats, through the solvent ultrasonic exfoliation method. The resulting FG nanoseats were then characterized by X-ray diffraction, XRD, thermal analysis, TG, and transmission electron microscopy, TEM. Additionally, the tribological properties of FG nanoseats when used as an additive in ionic liquids were compared to those of ionic liquid, IL, with graphene, ILG. The results showed that FG nanoseats could be produced from the simple solvent ultrasonic exfoliation method. Furthermore, the prepared FG nanoseats exhibited low friction and a low wear rate under high vacuum conditions. This was attributed to the formation of a transfer film of FG nanoseats and the increased formation of Fefe bonds. This article was authored by Lily Zhang, Jim Rui Zhang, Xi'an Gao, and others.