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This paper reports on the hydrothermal synthesis of a novel 2D material, magnesium silicate hydroxide/carbon (MSH/C) core-shell nanoplate, in a graphite-MgO-SiO2-NaOH system at 300 °C and 12 MPa for 48 h. Its significant potentials as an antiwear additive in lubricant oil were subsequently demonstrated. The 2D nanoplates consist of an MSH core and a 1-6 nm thick sp2-hybridized carbon shell with a layer spacing of 0.34 nm. In typical four-ball tests at a maximum Hertzian pressure of 3.4 GPa, the MSH/C core-shell nanoplates nearly elimin
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