The present invention relates to a stand-up packaging (1) for food products comprising at least one first pouch (21) and at least one second pouch (22) for carrying a food product, respectively, an outer packaging (3) having two cover elements (31,32) at least partially sandwiching the first pouch (21), and at least one further element (33) being at least partially sandwiched between the first pouch (21) and one of the cover elements (31). The further element (33) is penetrated by a through hole (36) and the one cover element (31) is glued (Gi) to the first pouch (21) via the through hole (36). The second pouch (22) is directly glued (G2) not via a through hole to at least one of the cover elements (31,32) or the further element (33).

The present disclosure relates to improved packaging materials and/or constructions, and methods of making and using them.

Container systems employing linking subsystems for coupling enclosure bodies, and related methods are disclosed. A container system may include first and second enclosure bodies. Each of the bodies contains a wall structure enclosing an inner space and a lip forming a passageway through the wall structure. The container system also includes a linking subsystem configured to reversibly couple the wall structures of the bodies together. The user may uncouple the bodies from each other and recouple them together as desired. In this manner, the container system offers a more stable combination resistant to falling over and an organizational flexibility to couple the bodies together when items within the bodies and desired to be used together.

A coreless-coil shock tube package system includes a coreless bundle of shock tubing, meaning that the tubing is not wrapped around a spool. The bundle may be a generally cylindrical coil of shock tubing. Optionally, two washer-like end plates abut the ends of the tubing coil for axial support. A self-adhesive tape covering partially covers the coil and end plates. A detonator is attached to one end of the tubing and lies tucked into the coil, through an end plate, for storage and transport. An igniter is attached to the tubing's other end. In use, the detonator is removed from the coil and attached to an explosive device. Then, the package is pulled away from the detonator and explosive, thereby uncoiling the tubing through the end plate for deployment. The igniter is actuated for igniting the shock tubing and activating the detonator and explosive.

A cartridge assembly for deploying a fillable bulk liquid bag in an intermediate bulk container is provided. The cartridge has a flexible reinforcing board adhered to the fillable bag which may facilitate securing the bag to the discharge port of an IBC while also directing the bag to the IBC bottom center for more efficient filling. Sacrificial paper tape may be used to maintain the cartridge for storage, transportation and deployment in an IBC.

The present disclosure relates to improved packaging materials and/or constructions, and methods of making and using them.

An improved easy lift handle that can be placed on an existing box, carton or package to assist in lifting and carrying the box, carton or package. The handle is removably attached to the item that needs to be moved and lies flat so that it does not inhibit the ability to stack boxes, cartons or packages. The handles can be placed before the item is moved and removed from the item after it is moved to the desired location.

A web of bonding labels includes a face stock and a release liner. A top side adhesive layer extends on top of a top surface of the face stock and a top side release liner extends over the top side adhesive layer, wherein the top side release liner includes at least one aperture of exposing a corresponding portion of the underlying top side adhesive layer. The face stock has a second adhesive layer on a bottom surface of the face stock. The release liner has a second release layer on a top surface of the release liner arranged to protect the second adhesive layer on the bottom surface of the face stock and a third release layer on a bottom surface of the release liner. The face stock is separated into a succession of bonding labels carried on the release liner such that each bonding label includes a portion of the top side release liner having at least one aperture exposing a corresponding portion of the underlying top side adhesive layer.

A web of bonding labels includes a face stock and a release liner. The face stock has both a first adhesive layer and a first release layer on a top surface of the face stock and a second adhesive layer on a bottom surface of the face stock. The release liner has a second release layer on a top surface of the release liner arranged to protect the second adhesive layer on the bottom surface of the face stock and a third release layer on a bottom surface of the release liner. The face stock is separated into a succession of labels carried on the release liner such that each label includes a first complementary area defined on the top surface of the face stock by the first adhesive layer and a second larger complementary area that is at least as large as the first complementary area defined on the top surface of the face stock by the first release layer.

The present disclosure relates to improved packaging materials and/or constructions, and methods of making and using them.