▎ 摘　　要

NOVELTY - High fluidity, insulating and thermally conductive silicone grease comprises 2-40 pts. wt. polysiloxane, and 60-98 pts. wt. modified thermally conductive filler, where the preparation of modified thermally conductive filler is as follows: processing the liquid metal and thermally conductive filler by mechanical grinding through mechanical shear-induced mechanochemistry, which enables the empty orbitals in the liquid metal to form strong interactions with the lone pair electrons existing on the surface of the inorganic micro-nano material to be anchored on the surface of the inorganic micro-nano material, the f the amount of thermally conductive filler is 90-99.9 pts. wt., and liquid metal is 0.1-10 pts. wt. USE - Used as high fluidity, insulating and thermally conductive silicone grease. ADVANTAGE - The method obtains thermal conductive silicone grease with high fluidity and high thermal conductivity by introducing small amount of liquid metal modified thermal conductive filler into polysiloxane. DETAILED DESCRIPTION - INDEPENDENT CLAIMS are also included for: (1) preparing high fluidity, insulating and thermally conductive silicone grease, comprising uniformly stirring and blending the polysiloxane and modified thermally conductive filler; (2) improving the fluidity of polysiloxane, comprising introducing modified thermally conductive filler into the polysiloxane, and mixing, where the amount of polysiloxane is 2-40 pts. wt., and the modified thermally conductive filler is 60-98 pts. wt., the preparation of modified thermally conductive filler is as follows: processing the liquid metal and thermally conductive filler by mechanical grinding through mechanical shear-induced mechanochemistry, so the empty orbitals in the liquid metal forms strong interaction with the lone pair electrons existing on the surface of the inorganic micro-nano material to be anchored on the surface of the inorganic micro-nano material, and the amount of the thermally conductive filler is 90-99.9 pts. wt., and liquid metal is 0.1-10 pts. wt; and (3) simultaneously improving the fluidity and thermal conductivity of polysiloxane, comprising introducing modified thermally conductive filler into polysiloxane, mixing, where the polysiloxane is 2-40 pts. wt., and the modified thermally conductive filler is 60-98 pts. wt., the preparation of the modified thermally conductive filler is as follows: processing the liquid metal and the thermally conductive filler by mechanical grinding through mechanical shear-induced mechanochemistry, which enables the empty orbitals in the liquid metal to form strong interactions with the lone pair electrons existing on the surface of the inorganic micro-nano material to be anchored on the surface of the inorganic micro-nano material, where the amount of thermally conductive filler is 90-99.9 pts. wt., and 0.1-10 pts. wt. liquid metal.