Abstract: A thin glaze layer 2 is formed on a relief surface 1R to a thickness which leaves recesses on the relief surface 1R. A glaze-repellent layer 4 capable of repelling the glaze slurry is then formed on the surface of the thin glaze layer 2 to form a coated substrate. The glaze slurry is affixed to the coated substrate for forming a glaze slurry layer 5 for completing the glazing.

Abstract: A thin glaze layer (2) is formed on a relief surface (1R) to a thickness which leaves recess on the relief surface (1R). A glaze-repellent layer (4) capable of repelling the glaze slurry is then formed on the surface of the thin glaze layer (2) to form a coated substrate. The glaze slurry is affixed to the coated substrate for forming a glaze slurry layer (5) for completing the glazing.

Abstract: A thin glaze layer 2 is formed on a relief surface 1R to a thickness which leaves recesses on the relief surface 1R. A glaze-repellent layer 4 capable of repelling the glaze slurry is then formed on the surface of the thin glaze layer 2 to form a coated substrate. The glaze slurry is affixed to the coated substrate for forming a glaze slurry layer 5 for completing the glazing.With the conventional method for producing a ceramic article or for glazing, it has been extremely difficult to produce a ceramic article having a relief pattern of beautiful appearance, that is a ceramic article glazed to a sufficient thickness and presenting clearly defined crests and valleys of the relief pattern.