The invention belongs to the field of optical films and particularly relates to a corrosion-resistant high-antireflection day-night universal optical glass film. The optical glass film sequentially comprises a substrate layer, silicon oxide layers, zirconium oxides and a magnesium fluoride layer, wherein the silicon oxide layers and the zirconium oxides are arranged in a mutual alternant manner; the substrate layer is glass, the silicon oxide layer is close to the substrate layer, and the magnesium fluoride layer is the outermost layer of the optical glass film. The optical glass film can resist corrosion of seawater or salt fog and abrasion of sand wind and is a visible-light and near-infrared-region high-antireflection day-night universal optical glass film.