Abstract: A covering panel comprising at least one embossed line and a process for manufacturing the same are provided. The process includes unrolling continuously a covering material sheet from a supply roll, continuously conveying the covering material sheet along a conveying line towards an embossing apparatus having at least one embossing tool translatable in both directions along an axis perpendicular to the conveyance direction, translating the at least one embossing tool in the both directions along the axis and substantially parallel to covering material sheet, contacting the at least one embossing tool with a surface of the covering material sheet as the covering material sheet traverses the embossing apparatus with a pressure sufficient to create at least one embossing line on the covering material sheet, and cutting the covering material sheet to obtain a covering panel.

Abstract: The stack-top dunnage can have a sheet having two opposite end sections and a center section therebetween; each end section being successively folded thus forming a thicker ledge portion. The stack-top protector can be placed on top of a stack and the ledges thence receive tie bands that tie the stack to a pallet for shipping.

Abstract: The stack-top dunnage can have a sheet having two opposite end sections and a center section therebetween; each end section being successively folded thus forming a thicker ledge portion. The stack-top protector can be placed on top of a stack and the ledges thence receive tie bands that tie the stack to a pallet for shipping.

Abstract: A process for manufacturing an embossed paperboard comprising the steps of: forming a wet mat including more than 60 wt % of cellulose fibers; pressure molding, with at least one embossing roll, the wet mat having 20 to 70 wt % solid to create a nested surface texture thereon; and drying the embossed wet mat to obtain the embossed paperboard with a grammage ranging between 125 and 1500 grams per square meter.