A glass article comprising: a glass substrate having a first main surface and a second main surface, opposite each other, and an end face; and an organic film containing fluorine and arranged on the first main surface of the glass substrate, wherein the end face of the glass substrate is subjected to a chemical strengthening process, wherein, in the end face that is subjected to the chemical strengthening process, a concentration of a specified alkali metal ion between the first main surface and the second main surface has a concentration profile having an approximately parabolic shape, in which the concentration of the alkali metal ion increases on the first main surface side and on the second main surface side, wherein the specified alkali metal ion is an alkali metal ion that forms a compression stress layer on the first main surface and the second main surface, and enhances strength of the first main surface and the second main surface, wherein the concentration of the specified alkali metal ion in the concentration profile in the end face is greater than a concentration of the alkali metal ion contained in a bulk portion of the glass article, and wherein when a central portion of a surface of the organic film on the first main surface side is MC, and a point in the end face in a top view is MP, wherein in a case where the first main surface has an approximately polygonal shape, MP is a point in the end face other than intersection portions of two adjacent sides of a polygon, at the point MP, a count number for fluorine and a count number for silicon obtained by an X-ray photoelectron spectroscopy are I MP and I MP (Si), respectively, and R MP is a ratio of the count number I MP to the count number I MP (Si), and at the central portion MC, a count number for fluorine and a count number for silicon obtained by the X-ray photoelectron spectroscopy are I MC and I Mc (Si), respectively, and R MC is a ratio of the count number I MC to the count number I MC (Si), a ratio of the ratio R MP to the ratio R MC is 0.3 or more. a glass substrate having a first main surface and a second main surface, opposite each other, and an end face; and an organic film containing fluorine and arranged on the first main surface of the glass substrate, wherein the end face of the glass substrate is subjected to a chemical strengthening process, wherein, in the end face that is subjected to the chemical strengthening process, a concentration of a specified alkali metal ion between the first main surface and the second main surface has a concentration profile having an approximately parabolic shape, in which the concentration of the alkali metal ion increases on the first main surface side and on the second main surface side, wherein the specified alkali metal ion is an alkali metal ion that forms a compression stress layer on the first main surface and the second main surface, and enhances strength of the first main surface and the second main surface, wherein the concentration of the specified alkali metal ion in the concentration profile in the end face is greater than a concentration of the alkali metal ion contained in a bulk portion of the glass article, and wherein when a central portion of a surface of the organic film on the first main surface side is MC, and a point in the end face in a top view is MP, wherein in a case where the first main surface has an approximately polygonal shape, MP is a point in the end face other than intersection portions of two adjacent sides of a polygon, at the point MP, a count number for fluorine and a count number for silicon obtained by an X-ray photoelectron spectroscopy are I MP and I MP (Si), respectively, and R MP is a ratio of the count number I MP to the count number I MP (Si), and at the central portion MC, a count number for fluorine and a count number for silicon obtained by the X-ray photoelectron spectroscopy are I MC and I Mc (Si), respectively, and R MC is a ratio of the count number I MC to the count number I MC (Si), a ratio of the ratio R MP to the ratio R MC is 0.3 or more.