A container blank (1) of the RSC type having a material web (2) attached thereto to retain an article within a container formed from the blank (1). The web material (2) is selected from one or more materials having substantially identical recycling characteristics to the material from which the blank (1) is formed. The web material is coated in a cohesive film and can be stacked and handled without tack.

An insulated liner for a container and method of insulating a container are disclosed. The insulated liner may include a recyclable first panel, a recyclable second panel, at least one cavity defined by the first panel and the second panel, and a recyclable insulating material provided within the at least one cavity. The insulated liner may be adapted to line and insulate the container to keep a temperature within the container within a range of temperatures. The method may include providing the container, the container including a top wall, a bottom wall, a first end wall, a second end wall, a first sidewall, and a second sidewall, opening the container, and providing an insulated liner including a recyclable first panel, a recyclable second panel, at least one cavity defined by the first panel and the second panel, and a recyclable insulating material provided within the at least one cavity.

A product package includes a receiving space (1a), a covering film (7), an inner lining (6) and a body part (2) created out of a single blank. The body part (2) includes walls (2a, 2b, 2c, 8), a bottom (3) and a rim portion (4) as well as a plurality of slots (5) for shaping the receiving space (1a). The rim portion (4) of the body part (2) is a continuous, seamless and planar portion formed out of the same said blank and interconnecting the walls (2a, 2b, 2c, 8) of the body part (2).

A carton for holding a product in a liner. The carton includes a plurality of panels extending at least partially around an interior of the carton, the plurality of panels including a front panel, at least one rear panel, and at least one side panel. At least one end flap is foldably connected to a respective panel of the plurality of panels. The at least one side panel includes at least one expansion feature for transitioning the carton between a first configuration and a second configuration. The at least one expansion feature is foldably connected to the front panel and the at least one rear panel.

A process for safeguarding a product during transportation comprises forming a package by surrounding a product with packaging material and accommodating the package in an external packaging that comprises a carrier element and a bag element. The carrier element includes an upper side including a border and a lower side opposite the upper side, wherein the lower side comprises a base. Further, the bag element comprises a base and a bag opening with a border opposite the base of the bag element. The package is accommodated in the external packaging by loading the package onto the carrier element such that the package is carried by the carrier element and loading the carrier element via the bag opening into the bag element such that the bag element surrounds the carrier element and the bag element extends on the upper side of the carrier element beyond the border of the carrier element.

The disclosure relates to a pack for holding a food item or items comprising a bag (10) and a channel shaped holder (11) for the bag formed in card and comprising a pair of side walls (12,15) to which the sides of the bag are adhered by adhesive areas (40) and a base (14) hinged at first fold lines (21) to the side walls and having a plurality of spaced second fold lines (22) extending parallel to the first fold lines to allow the base to take up a generally convex or concave shape with the side walls of the holder spaced apart and holding the side walls of the bag apart.

A container knockdown assembly capable of opening into an erected container assembly. The knockdown includes an unopened outer sleeve having first and second outer side panels opposing and substantially parallel to one another when in the knockdown form, and an unopened inner sleeve having first and second inner side panels opposing and substantially parallel to one another when in the knockdown form. The inner sleeve is secured within the outer sleeve in a positional relationship of the assembled container. A cutout is formed in a section of one of the outer corners of the outer sleeve to expose at least a portion of a corner of the inner corner. A container formed from such a knockdown is also provided.

An external packaging for safeguarding at least one package during transportation is provided. The external packaging includes at least one carrier element with an upper side and a lower side, wherein the carrier element includes at least one base part directed toward the lower side and at least one border directed toward the upper side, and wherein the carrier element is at least partially open toward the upper side and is configured to carry the package. The external packaging furthermore has at least one bag element which is configured to surround the package carried by the carrier element. The bag element is arranged relative to the carrier element in such a manner that the bag element, at least in a maximum filling state, extends on the upper side of the carrier element beyond the border of the carrier element.

An apparatus and method utilizes a forming machine which includes a mandrel and forming plate each shaped to conform the paperboard and/or corrugated material blank passing through the mandrel into the desired configuration for a leak-proof tray. The blank includes a layer of a suitable paperboard and/or corrugated material, and a layer of leak-proof plastic or paper material disposed over one side of the corrugated material. The corrugated material includes cutouts at each corner of the blank that enable the sides and ends of the blank to be folded relative to one another. The paper material continuously overlaps the surface of the corrugated layer and these cutouts to provide a continuous leak-proof barrier layer within the formed tray and at the corners of the blank when folded to form the tray, as the paper material is folded over itself to form a bellows corner in the tray.

An apparatus and method utilizes a forming machine which includes a mandrel and forming plate each shaped to conform the paperboard and/or corrugated material blank passing through the mandrel into the desired configuration for a leak-proof tray. The blank includes a layer of a suitable paperboard and/or corrugated material, and a layer of leak-proof plastic or paper material disposed over one side of the corrugated material. The corrugated material includes cutouts at each corner of the blank that enable the sides and ends of the blank to be folded relative to one another. The paper material continuously overlaps the surface of the corrugated layer and these cutouts to provide a continuous leak-proof barrier layer within the formed tray and at the corners of the blank when folded to form the tray, as the paper material is folded over itself to form a bellows corner in the tray.