The invention discloses hydrophobic and light-resistant UV-LED curing oil polish for paper packaging printed matters. 1-10% by mass of cerium dioxide, zinc oxide or titanium dioxide which has powder particle diameters D50 of 10-60nm and has dispersion properties improved by plasma polymerization is added into oil polish. The nanometer powder with forbidden band width of about 3 eV can absorb ultraviolet rays in sunlight or illumination light to improve the light resistance of the printed matter. Through synergism of the inorganic nano-powder and the leveling agent, the inorganic nano-powder can form a random island-like distributed rough surface so that the surface hydrophobic effect is obtained. Through use of polyester acrylate with low viscosity and nine functional groups, a highly reactive monomer, a photoinitiator and reactive amine, the reactivity of the oil polish is improved and the oil polish can be fast cured under weak LED illuminance. The cured oil polish has various performances meeting the various performance requirements on cigarette paper packaging of oil polish.