Provided is a single material plastic push-through blister pack for food and pharmaceutical packaging and a method of making thereof. The blister package may be produced by thermoforming polymer films for the cavity and a cavitated polymer film made from the same class of polymer comparatively lower thickness for the substrate or lid. To facilitate the push through breaking, the polymer film used as the lidding film may be modified to a microcavitated film by creating micro-voids/cavities and micro-brittleness within the polymer matrix. These micro-voids/cavities, and/or embedded microcrystalline particles present in the polymer matrix of the lidding film, may create internal cracks in the film by application of a small external force, which may then result in rupturing of the lid film to dispense a product from the cavity of the blister pack.

Capsule (1) for use in a beverage preparation machine, said capsule comprising: a capsule body (2) defining a chamber (21), said capsule body comprising: one or more side walls (22), said walls extending axially towards a top opening (23), and a circumferential flange (24) that extends radially outward from the one or more side walls, and a top membrane (3) attached to at least a part of the upper surface (241) of the said circumferential flange and closing the top opening, and adapted to be punctured for liquid injection into the capsule, the top membrane and the flange extending globally along a common plane (P), and a bottom membrane (4), provided inside the chamber (21) so as to delimit between the top membrane (3) and said bottom membrane an ingredient chamber, and an opening device (5) provided inside the chamber and adapted to open the chamber.

A dispenser includes a housing having an inner volume and a push cup movable within the inner volume of the housing. A sleeve is arranged within the inner volume at a position between the cap and the push cup.

A suspension frame for a shipping package having a main wall for article retention and a side wall transversal in respect of the main wall is provided. The main wall and the side wall are of cardboard, corrugated cardboard or the like cellulosic material. The main wall has a pattern formed by a plurality of cuts, and a face of the main wall opposite to the side wall is covered at least in correspondence of the pattern by an adhering crepe paper sheet.

A food container includes a main plastic body terminating in an upper rim having a ledge portion, a resealable cap configured to seal against the ledge portion when snap-connected to the upper rim and an externally visible tamper indicator integrated into the container body below the upper rim. The cap includes an opening tab which, upon initially opening the container, is lifted to break one or more frangible connections with the tamper indicator. When the food container cap is presented for sale, the tamper indicator is clearly visible to a consumer. When the cap is completely removed, the tamper indicator radially projects from the container body. The cap can be used to selectively reseal the main body upon seating the seal portion on the ledge portion and snap-connecting the cap to the upper rim.

According to some illustrative embodiments, a protective product is provided that includes: at least one expandable slit paper sheet, said at least on expandable slit paper being expanded between opposing ends of said slit paper; a first embossed paper sheet facing said expanded slit paper sheet and a second paper sheet facing an opposite side of said at least one expanded slit paper sheet, at least one of said first embossed paper sheet and said second paper sheet being fixed to said expanded slit paper sheet at the opposing ends of said expanded slit paper sheet and thereby maintaining said expanded paper in its expanded state, said first embossed paper sheet having a plurality of embossings that increase the rigidity of said embossed paper sheet, whereby inhibiting deformation of said embossed paper sheet that is fixed to said expanded slit sheet paper.

The present invention concerns a recyclable container (1) comprising a cardboard-based socket element (2) and a paper-based receptacle element (3), wherein the receptacle element is connected to the socket element in a way that a product can flow from the receptacle element through the socket element, so that the product can be dispensed by the bulk dispensing device. The container is recyclable with the paper stream.

A fully recyclable container and a method of manufacturing the same is provided. The container includes a cap, a shoulder, a body, a base, and a liner. The cap, the shoulder, and the base are made of biodegradable plastic by injection molding while the body is made of waterproof paper. The cap, the shoulder, and the base are detachably connected to form a housing of the container. The liner is formed inside the housing by blow molding of biodegradable plastic. The respective components of the container are completely made of biodegradable or bio-decomposable material and able to be disassembled for sorting and recycling. Thereby the fully recyclable container completely meets requirements of environmental protection and recycling.

A zipper for a reclosable bag includes a first interlocking element, and a second interlocking element. The first interlocking element and the second interlocking element are configured to cooperate to selectively open and close the zipper. One or both of the first interlocking element and the second interlocking element are formed of at least 85% repulpable material.

Provided is a polyethylene film having a multi-layer structure including an outer layer (A) including a first ethylene polymer having a density M1 of 0.935M10.968; an intermediate layer (B) including a second ethylene polymer having a density M2 of 0.900M20.920; and an inner layer (C) including a third ethylene polymer having a density M3 of 0.850M30.905, wherein the outer layer (A), the intermediate layer (B), and the inner layer (C) are sequentially laminated to form the polyethylene film comprising the multi-layer structure, and wherein a falling ball impact strength per unit thickness and a puncture strength per unit thickness of the polyethylene film comprising the multi-layer structure are 3.0 to 15.0 g/m and 0.2 to 0.4 N/m, respectively, and a difference in melting point between the outer layer (A) and the inner layer (C) is 30 to 100 C.