Abstract: A linear liner machine includes a base. A plurality of fluid dispensing apparatus such as, for example, sealant guns, are fixed in a stationary position in a linear configuration on the base. A conveying assembly such as, for example, a conveyor belt, conveys container closures to the sealant guns. A manipulation mechanism such as, for example, a number of motors and at least one wheel member, manipulate (e.g., rotate or spin) each of the container closures with respect to a corresponding one of the sealant guns as it dispenses a sealant to line the container closures. Accordingly, the liner comprises a plurality of independent lining stations, wherein operation of a number of said independent lining stations can be stopped while the remaining independent lining stations continue to operate to line the container closures. An associated method of lining container closures is also disclosed.

Abstract: A tab is provided for a can end. The can end includes an end panel and a scoreline defining a tear panel in the end panel for providing an opening in the can end. The tab includes a body having first and second opposing ends, a nose portion located at or about the first end, a lift portion located at or about the second end, and a rivet receiving portion disposed proximate the nose portion. The rivet receiving portion includes a rivet hole. A first rivet extends outwardly from the end panel and fastens the rivet receiving portion of the tab to the can end. A second rivet extends outwardly from the end panel to cooperate with a portion of the body proximate the lift portion.