Abstract: Flow-wrap packaging having a longitudinal sealed seam and two transverse sealed seams, at least the longitudinal sealed seam being spaced apart from the associated longitudinal edge of the packaging, wherein a device for indicating whether the packaging has already been opened (seal guarantee) is arranged at at least one point between the longitudinal sealed seam and the longitudinal edge, that is to say at at least one point on the longitudinal edge strips of the packaging defined by the longitudinal sealed seam and the longitudinal edge.

Abstract: Flow-wrap packaging having a longitudinal sealed seam and two transverse sealed seams, at least the longitudinal sealed seam being spaced apart from the associated longitudinal edge of the packaging, wherein a device for indicating whether the packaging has already been opened (seal guarantee) is arranged at at least one point between the longitudinal sealed seam and the longitudinal edge ,that is to say at at least one point on the longitudinal edge strips of the packaging defined by the longitudinal sealed seam and the longitudinal edge.

Abstract: A packaging (1) for a material that can be heated, especially microwave-heated, in the packaged state, which packaging has at least one sealing region (5) which becomes locally permeable when a predetermined internal pressure is exceeded. The or each sealing region of such a kind has at least one intended passage region (7, 9), which comprises a choke (9) for the contents of the packaging and an apex (7) pointing towards the interior of the packaging. As the choke there is used a channel-like, triangular or star-shaped interrupt ion or cut-out.

Abstract: The invention relates to a stand-up pouch having a stand-up pouch body and a stand-up pouch base, especially a standing base, wherein at least the stand-up pouch body comprises at least one unidirectionally stretched film. The invention furthermore describes a method for the production of such a stand-up pouch.

Abstract: The invention relates to a container (10), especially a tubular pouch, stand-up pouch or can-like container, having a container opening (20) which is closable by means of a removable, especially peelable, closure element (30), there being arranged on the closure element (30) a separating element (40) which, in the closed state of the container, extends through the container opening (20) and over an accommodation space (60) with sealing of the latter, which accommodation space (60) is separated off from the main volume (50) of the container (10).

Abstract: The invention relates to a container (10) for a multi-component reaction, having at least two chemical chambers (20) and at least one mixing space, the container (10) being formed from a base film (40) provided with recesses (30) and an upper film (50), which is optionally structured, the upper film (50) being joined, especially sealed, to the base film (40), at least over sections. The invention relates also to a method of filling such a container.

Abstract: The invention relates to a tubular pouch (10) having a tubular pouch body (20) and a lid piece (30) and, optionally, a base, especially a standing base or stand-up base, the tubular pouch body (20) having, in a lid-piece region (35), a sloped and/or angled peripheral rim (40) suitable for attachment of a lid piece (30).

Abstract: Film packaging, especially flow-wrap packaging (10) having a longitudinal sealed seam (19) and two transverse sealed seams (20, 21), at least the longitudinal sealed seam (19) being spaced apart from the associated longitudinal edges (15, 16) to form two longitudinal edge strips (17, 18) of different widths which are folded one over the other and onto the outside of the packaging (10). A restickable adhesive, especially a cold-seal adhesive (23), has been applied to the portion (22) of the wider longitudinal edge strip (18) that overhangs the narrower longitudinal edge strip (17), which adhesive is arranged to be stuck, when the packaging (10) is closed, to a “release” area (24) formed on the outside of the packaging.