Abstract: Flowable loose packing dunnage is formed from paperboard into three dimensional particles of various shapes. Also, an apparatus for forming the dunnage employs two vertically aligned arrays of toothed, untoothed and/or cutting wheels through the nip of which paperboard segments pass and by which they are shaped into dunnage particles. Further, in a method of forming the dunnage particles, strips of paperboard are cut into segments which are formed into three dimensional shapes. A method of protecting a packed object surrounds it with the flowable loose packing dunnage made of paperboard in accordance with the present invention.

Abstract: A container composed of semiflexible body and two semiflexible end caps wherein the body and the end portions fit together in a rigid manner to provide a rigid container. Although a firm latching between the body and the end caps is afforded, they can be disassembled if desired. In a preferred manner, the end caps are composed of a semiflexible plastic material, and the semiflexible body is composed of fiberboard. The container is durable so that several of the units can be stacked upon each other. It also offers versatility in that the fiberboard body can be divided with different panel portions so as to afford a display type container.