Abstract: A method for packaging a roll of paper using a sheet of packaging material, whereby in the sheet of packaging material are applied a number of creases or folding lines running parallel to one another and bordering neighboring sheet parts. The sheet of packaging material is folded around the creases or folding lines in order to form a polygonal packaging box for the paper roll. The packaging box is formed by the sheet parts enclosing an angle with one another. Partitions are fitted inside the packaging box near the ends of the packaging box. A packaging box made by the method and sheets of packaging material to be used for making the packaging box and the enclosing member are also described.

Abstract: A method of packing a batch of image-receiving material, more particularly paper or transparent plastic, in a container suitable for storing and transporting the batch, a number of stacked, substantially identical sheets of the image-receiving material, each sheet having a number of edges with the corresponding edges of the different sheets substantially coinciding with one another, wherein the batch is bent over a first bend and over a substantially identical second bend opposed to the first bend in such a manner that the batch assumes a substantially S-shaped configuration, and placing the batch in a container which encloses the bent batch so that the S-shaped configuration remains substantially in position for as long as the batch is in the container.

Abstract: A method of packing a batch of image-receiving material, more particularly paper or transparent plastic, in a container suitable for storing and transporting the batch, a number of stacked, substantially identical sheets of the image-receiving material, each sheet having a number of edges with the corresponding edges of the different sheets substantially coinciding with one another, wherein the batch is bent over a first bend and over a substantially identical second bend opposed to the first bend in such a manner that the batch assumes a substantially S-shaped configuration, and placing the batch in a container which encloses the bent batch so that the S-shaped configuration remains substantially in position for as long as the batch is in the container.