A discharge container comprising: a container body which contains contents; a discharger which has a stem erected in a mouth portion of the container body so as to be movable downward in an upward force state; an exterior portion which includes a top wall portion located above the stem and having a forming hole penetrating the top wall portion in an upward-downward direction, the exterior portion being configured to discharge the contents passing through the forming hole onto a modeling surface facing upward in the top wall portion; and a diffusion wall portion which is located inside the exterior portion, and that defines a diffusion chamber for supplying the contents from the stem to the forming hole, between the diffusion wall portion and a supply surface facing downward in the top wall portion, wherein the forming hole includes a central forming hole formed in a central region of the top wall portion, and an outer forming hole formed in an outer region located outward in a radial direction from the central region in the top wall portion, wherein a diffusion member is provided in the diffusion chamber, the diffusion member is located so as to face the diffusion wall portion and is located so as to overlap a whole region of at least the central region in the top wall portion and the stem in the upward-downward direction, in a plan view when viewed in a container axis direction, and wherein the diffusion member is configured to diffuse the contents supplied from the stem outward in the radial direction through a gap between the diffusion member and the diffusion wall portion, characterized in that a diffusion piece which projects outward in the radial direction is formed in an outer circumferential edge portion of the diffusion member, and the diffusion piece is located so as to overlap the outer forming hole in the upward-downward direction, in a plan view when viewed in the container axis direction. a container body which contains contents; a discharger which has a stem erected in a mouth portion of the container body so as to be movable downward in an upward force state; an exterior portion which includes a top wall portion located above the stem and having a forming hole penetrating the top wall portion in an upward-downward direction, the exterior portion being configured to discharge the contents passing through the forming hole onto a modeling surface facing upward in the top wall portion; and a diffusion wall portion which is located inside the exterior portion, and that defines a diffusion chamber for supplying the contents from the stem to the forming hole, between the diffusion wall portion and a supply surface facing downward in the top wall portion, wherein the forming hole includes a central forming hole formed in a central region of the top wall portion, and an outer forming hole formed in an outer region located outward in a radial direction from the central region in the top wall portion, wherein a diffusion member is provided in the diffusion chamber, the diffusion member is located so as to face the diffusion wall portion and is located so as to overlap a whole region of at least the central region in the top wall portion and the stem in the upward-downward direction, in a plan view when viewed in a container axis direction, and wherein the diffusion member is configured to diffuse the contents supplied from the stem outward in the radial direction through a gap between the diffusion member and the diffusion wall portion, characterized in that a diffusion piece which projects outward in the radial direction is formed in an outer circumferential edge portion of the diffusion member, and the diffusion piece is located so as to overlap the outer forming hole in the upward-downward direction, in a plan view when viewed in the container axis direction.