The invention provides an oxidization-resistant nickel-hydrogen battery. The oxidization-resistant nickel-hydrogen battery comprises a battery shell, a battery cell and an electrolyte, wherein the battery cell and the electrolyte both are arranged in the battery shell, the battery shell comprises a steel shell, a metal plating layer covers each surface of the steel shell, an oxidization-resistantlayer covers the metal plating layer arranged outside the steel shell, and the oxidization-resistant layer comprises the constituents based on percent by mass: 70-78% of nickel acetate, 18-25% of complexing agent and 3-10% of surfactant. The invention also discloses a fabrication method of the oxidization-resistant nickel-hydrogen battery. The fabrication method comprises the following steps of forming the steel shell; fabricating the battery shell; fabricating the battery cell; assembling the battery; fabricating a hole sealing agent; fabricating a cleaning agent; performing oxidization-resistant cleaning; and performing formation. By arranging the metal plating layers, the steel shell can be effectively prevented from being corroded by the electrolyte; and the oxidization-resistant layerhaving high resistance covers the surface, in contact with the external environment, of the metal plating layer, thus, the metal plating layers can be effectively prevented from being scratched, andthe probability that the steel shell is oxidized and gets rust can be remarkably reduced.