Abstract: Bottles useful as pharmaceutical containers are provided are provided which include molding compositions having polyolefin of a density of at least about 0.89 g/cm3 which may be formed from a catalyst comprising a metallocene and which may have a 60° specular gloss of at least about 25. A method for forming a blow molded bottle and bottles formed from that method are also provided. The bottles are useful as pharmaceutical containers, and the method includes providing a molding composition having a polyolefin to a blow mold defining a blow molding chamber, wherein the polyolefin has a density of at least about 0.89 g/cm3; and blow molding the molding composition in the molding chamber while allowing air and gases to escape outwardly through the molding chamber to form a bottle, wherein the molding chamber has a metal having a plurality of pores and the air and gases escape outwardly from the molding chamber through the pores in the metal.

Abstract: An outer container having a container insert therein for holding a predetermined volume of material. The outer container includes a container bottom having a periphery and a container wall extending generally upwardly to define an interior container portion of predetermined volume sized to accommodate the container insert. The container wall includes a neck portion complementarily sized to accommodate the exterior surface of the container insert. The container insert includes a bottom having a periphery and a wall extending generally upwardly to define an interior portion of predetermined volume for holding the material. The insert wall-includes a vent which allows air to pass from the interior container portion to the atmosphere when the container insert is positioned therein. For assembly, the outer container is maintained at a temperature greater than the container insert and the container insert is positioned therein.

Abstract: System of packaging with an outer container having a container insert therein for holding a predetermined volume of material. The outer container includes a container bottom having a periphery and a container wall extending generally upwardly to define an interior container portion of predetermined volume sized to accommodate the container insert. The container wall includes a neck portion complementarily sized to accommodate the exterior surface of the container insert. The container insert includes a bottom having a periphery and a wall extending generally upwardly to define an interior portion of predetermined volume for holding the material. The insert wall includes a vent which allows air to pass from the interior container portion to the atmosphere when the container insert is positioned therein. For assembly, the outer container is maintained at a temperature greater than the container insert and the container insert is positioned therein.

Abstract: An outer container having a container insert therein for holding a predetermined volume of material. The outer container includes a container bottom having a periphery and a container wall extending generally upwardly to define an interior container portion of predetermined volume sized to accommodate the container insert. The container wall includes a neck portion complementarily sized to accommodate the exterior surface of the container insert. The container insert includes a bottom having a periphery and a wall extending generally upwardly to define an interior portion of predetermined volume for holding the material. The insert wall includes a vent which allows air to pass from the interior container portion to the atmosphere when the container insert is positioned therein. For assembly, the outer container is maintained at a temperature greater than the container insert and the container insert is positioned therein.