Abstract: Provided is a laminate body having a decorative layer formed on the surface thereof, having excellent cracking resistance and external appearance retention even in an environment such as one in which the base material undergoes repeated expansion and contraction. A laminate body on which a decorative layer, which is a cured film made from an active-energy-ray-curable ink composition, is formed on a stretchable base material, wherein the cured film contains a cured product comprising: a monofunctional monomer (monomer (A)) having a glass transition point at or below ?30° C.; and an alkylene-oxide-modified tri- or higher-functional monomer (monomer (B)) in which the number of alkylene oxide modifications/number of functional groups, which is the ratio of the number of alkylene oxide modifications and the number of functional groups, is 3 or greater, the number of cracks in a test piece of the cured film after prescribed repeated tensile testing being 3 or less.

Abstract: Provided are: a surface protection layer composition having excellent damage resistance, and followability with respect to expansion and contraction of an elastic base material; and a decorative body using the same. This surface protection layer composition includes a silicone-modified (meth)acrylate-based resin having a glass transition point (Tg) of 0° C. or less, and a carbonate-modified urethane resin. The surface protection layer composition is used to configure a surface protection layer for protecting: an elastomer base material, or a base material having a Young's modulus of 0.001 MPa to ?30 MPa inclusive; and the surface of the decorative layer which is a cured film of an ink composition formed on the base material. Thus, adhesion to the decorative layer is excellent, and with respect to expansion and contraction of the base material, followability, and damage resistance, and the like, are excellent.