Abstract: A dunnage assembly for reducing or preventing movement of items during transportation, is provided comprising first and second panels, arranged substantially parallel and aligned. Each of the first and second panels having least one recess and at least one elongate spacer element received in respective recesses of the first and second panels, such that the at least one spacer element holds the first panel apart from the second panel, and wherein a width of the dunnage assembly between respective first and second panels is configurable by choosing a length of the at least one spacer element.

Abstract: A case forming panel and case structures incorporating the case forming panel, the material of which being a laminate of internal and exterior liners on a flute providing medium of corrugated board having a flute pitch in depth greater than that of "A" flute, the flutes to extend in use substantially vertically, and preferably having a flute pitch of about 54 mm, a flute depth of about 27 mm, and a take up of about 1.54:1.

Abstract: A bin formed with a general circular shape in plan being formed from an outside liner of paperboard and an inner paperboard flute providing medium which is affixed to the outside liner. The flutes of the flute providing medium are larger than those of "A" flute. A removable sleeve interior, an optional base and lid are provided together with methods of carriage using same.