A laminate consisting of a substrate having solar radiation reflecting properties and visible light reflectance of 10% or more, and a visible light absorbing film formed by a visible light absorbing ink having been uniformly coated on one side or both sides of said substrate, said ink containing fine particles which absorb visible-region light and transmit near-infrared-region light and infrared region light, the laminate characterized in that: the degree of reduction of visible light reflectance is 0.9 or less as defined by degree of reduction of visible light reflectance = [visible light reflectance (%) of the laminate after coating of the ink]/[visible light reflectance (%) of the substrate before coating of the ink]; and the degree of reduction of solar radiation reflectance is 0.25 or more as defined by degree of reduction of solar radiation reflectance = [solar radiation reflectance (%) of the laminate after coating of the ink]/[solar radiation reflectance (%) of the substrate before coating of the ink]; said visible light absorbing ink contains at least one fine particles of a compound oxide selected from the group consisting of Cu-Fe-Mn, Cu-Cr, Cu-Cr-Mn, Cu-Cr-Mn-Ni, Cu-Cr-Fe and Co-Cr-Fe, titanium black, titanium nitride, titanium oxynitride, and a perylene black pigment; said fine particles having an average dispersed-particle diameter of 300 nm or less in the ink, and the substrate is constituted of a semitransparent polyethylene terephthalate film having an aluminum thin film uniformly vacuum-deposited on a surface thereof, or a composite of the semitransparent polyethylene terephthalate film having an aluminum thin film uniformly vacuum-deposited on a surface thereof and a glass plate, wherein the solar radiation and visible light are those defined in JIS 3107 and wherein each reflectance is measured according to JIS 3107 by film surface incidence. the degree of reduction of visible light reflectance is 0.9 or less as defined by degree of reduction of visible light reflectance = [visible light reflectance (%) of the laminate after coating of the ink]/[visible light reflectance (%) of the substrate before coating of the ink]; and the degree of reduction of solar radiation reflectance is 0.25 or more as defined by degree of reduction of solar radiation reflectance = [solar radiation reflectance (%) of the laminate after coating of the ink]/[solar radiation reflectance (%) of the substrate before coating of the ink]; said visible light absorbing ink contains at least one fine particles of a compound oxide selected from the group consisting of Cu-Fe-Mn, Cu-Cr, Cu-Cr-Mn, Cu-Cr-Mn-Ni, Cu-Cr-Fe and Co-Cr-Fe, titanium black, titanium nitride, titanium oxynitride, and a perylene black pigment; said fine particles having an average dispersed-particle diameter of 300 nm or less in the ink, and the substrate is constituted of a semitransparent polyethylene terephthalate film having an aluminum thin film uniformly vacuum-deposited on a surface thereof, or a composite of the semitransparent polyethylene terephthalate film having an aluminum thin film uniformly vacuum-deposited on a surface thereof and a glass plate, wherein the solar radiation and visible light are those defined in JIS 3107 and wherein each reflectance is measured according to JIS 3107 by film surface incidence.