To provide resistance to heat as well as fire resistant properties and improve decorative property, having excellent projected pattern, by a method wherein a pattern printing layer is formed by coating and curing an ionized radiation curing resin layer simultaneously with transferring the same while a recessed and projected pattern layer is formed of another ionized radiation curing resin.

An inorganic decorative plate 1 is constituted by a method wherein a pattern printing layer 5 is provided on a base coat layer 3, provided on the upper surface of an inorganic substrate 2, through an ionized radiation curing resin layer 4 and, further, a recessed and projected pattern layer 6, on which the recessed and projected pattern is formed on the upper surface of the pattern printing layer 5 by the ionized radiation curing resin, is laminated. The pattern printing layer 5 is formed by coating and curing simultaneously with transferring the ionized radiation curing resin layer 4, provided on the base coat layer 3 consisting of a sealer layer 3a and a primer layer 3b. The ionized radiation curing resin layer 4, on which the pattern printing layer 5 is transferred, and the other ionized radiation curing resin, forming the recessed and projected pattern layer 6, coated and formed after transferring, are made of different ionized radiation curing resins to make worse compatibility between them.