A package is disclosed, and contains at least two rolls of absorbent material wrapped in flexible cover material, and a handle. First and second end portions of the handle are respectively attached to the flexible cover material in areas where they are in contact with respective portions of cylindrical outer surfaces of respective first and second rolls. At least a portion of the handle bridges the distance between uppermost points of the cylindrical outer surfaces of adjacent rolls, the uppermost points being located in the first plane, so that a space is formed between the handle and the flexible cover material which is wrapped around the rolls, such that the handle can be gripped by a hand within the space, without moving the handle away from the first plane.

A package is disclosed, and contains at least two rolls of absorbent material wrapped in flexible cover material, and a handle. First and second end portions of the handle are respectively attached to the flexible cover material in areas where they are in contact with respective portions of cylindrical outer surfaces of respective first and second rolls. At least a portion of the handle bridges the distance between uppermost points of the cylindrical outer surfaces of adjacent rolls, the uppermost points being located in the first plane, so that a space is formed between the handle and the flexible cover material which is wrapped around the rolls, such that the handle can be gripped by a hand within the space, without moving the handle away from the first plane.

A packaging assembly can include a plurality of containers and a film. The packaging assembly can further include one or more tear lines disposed between adjacent containers, or between adjacent rows of containers. The tear lines can include scored tear lines or perforated tear lines. The scores or perforations can be formed by a laser, blade, or other implement. One or more containers can be removed from the packaging assembly by tearing the film along the tear line.

A sustainable packaging apparatus comprising repurposable components is disclosed. A sustainable packaging apparatus having a cellular structure, comprised of a plurality of compartments, provides packaging for the shipment of objects such as beverage canisters. The plurality of compartments can each be separated into vessel portions. The two vessel portions of the compartments are designed to function as vessels after the objects are removed from the compartments. The vessel portions of the sustainable packaging apparatus are ideal for use as cups or game pieces; thus, the vessel portions maintain utility after shipment of the objects.

The present invention relates to a packaging of containers comprising a plurality of containers and packaging material, wherein the packaging material is free of plastic and wherein the packaging material comprises a bottom piece made of cardboard or paperboard, wherein the bottom piece is a bottom sheet or a bottom tray, and at least one first paper tape comprising an adhesive. In one embodiment, the packaging of containers further comprises a top cover made of cardboard or paperboard, wherein the top cover is a top tray or a top lid, and wherein the at least one first paper tape connects the bottom piece with the top cover. In another embodiment, the first paper tape extends vertically around the packaging of containers from one side edge of the bottom piece to an opposing side edge of the bottom piece and is formed into a handle on top of the packaging of containers.