A functional laminate including a porous intermediate layer having air permeability laminated between a porous surface layer and a resin foamed layer, the porous intermediate layer being a fiber nonwoven fabric, the resin foamed layer being a polymer foamed layer selected from the group consisting of a polyurethane foamed layer, a polyolefin foamed layer, a polyester foamed layer, a silicone foamed layer, and a polyvinyl chloride foamed layer, a contact angle θm of the porous intermediate layer relative to a foaming resin forming the resin foamed layer being 20° or less, wherein the contact angle θm of the porous intermediate layer relative to the foaming resin is smaller than a contact angle θs of the porous surface layer relative to the foaming resin, wherein the contact angle θm of the porous intermediate layer relative to the foaming resin refers to a contact angle of the foaming resin on a plane having a surface with a composition equivalent to that of the material forming the porous intermediate layer, wherein the contact angle θs of the porous surface layer relative to the foaming resin refers to a contact angle of the foaming resin on a plane having a surface with a composition equivalent to that of the material forming the porous surface layer, wherein the contact angles θm and θs are represented by values measured by dropping propylene glycol monomethyl ether onto a test piece, and measuring a contact angle after 30 seconds, wherein the test piece is a flat plate having a surface with a composition equivalent to that of the material forming the porous intermediate layer or the porous surface layer, and wherein the surface roughness of the flat plate is 1.6 μm or less in terms of Ra. the porous intermediate layer being a fiber nonwoven fabric, the resin foamed layer being a polymer foamed layer selected from the group consisting of a polyurethane foamed layer, a polyolefin foamed layer, a polyester foamed layer, a silicone foamed layer, and a polyvinyl chloride foamed layer, a contact angle θm of the porous intermediate layer relative to a foaming resin forming the resin foamed layer being 20° or less, wherein the contact angle θm of the porous intermediate layer relative to the foaming resin is smaller than a contact angle θs of the porous surface layer relative to the foaming resin, wherein the contact angle θm of the porous intermediate layer relative to the foaming resin refers to a contact angle of the foaming resin on a plane having a surface with a composition equivalent to that of the material forming the porous intermediate layer, wherein the contact angle θs of the porous surface layer relative to the foaming resin refers to a contact angle of the foaming resin on a plane having a surface with a composition equivalent to that of the material forming the porous surface layer, wherein the contact angles θm and θs are represented by values measured by dropping propylene glycol monomethyl ether onto a test piece, and measuring a contact angle after 30 seconds, wherein the test piece is a flat plate having a surface with a composition equivalent to that of the material forming the porous intermediate layer or the porous surface layer, and wherein