Abstract: Disclosed is a HCR (High Chemical Resistant) recyclable multilayer packaging material includes a plurality of polypropylene containing layers, wherein at least one of the polypropylene containing layers is bond to two neighbouring layers by different adhesives as well as to a packaging comprising such a recyclable multilayer packaging material. Also disclosed is a method for manufacturing a recyclable multilayer packaging material and a flexible packaging from the recyclable multilayer packaging material.

Abstract: Heat-sealable packaging comprising an inner container (1) formed from a first flat sheet (3) of cellulose material, an outer shell (2), linked to an upper end of the container (1) in the vicinity of its upper opening, formed from a second sheet (6) of cellulose material, flat and die-cut, comprising at least one outer perimeter surface (9) giving rise to a flat surface around the upper opening of the container (1) for closing the container by heat-sealing of a plastic sheet, and a plastic coating film covering at least the inner side of the container (1) and the outer perimeter surface (9) of the enclosure (2). The first sheet (3) and the second sheet (6) have different and independent perimeter dimensions and outlines.

Abstract: A composite packaging foil for a childproof and/or senior friendly packaging, including a first layer having a first outer surface and a first inner surface, wherein the first layer imparts tear-inhibiting properties to the packaging foil, a second layer having a second outer surface and a second inner surface, wherein the second outer surface of the second layer is sealable against a mating surface, an inner layer arranged between the first inner surface of the first layer and the second inner surface of the second layer. The packaging foil has at least one weakening zone in which the tear-inhibiting properties of the packaging foil are reduced by a plurality of perforations that are present in the first layer. The density of perforations in the weakening zone lies between 50 and 250, preferably between 50 and 150 and particularly preferred between 70 and 130 perforations per cm2.