Abstract: A process for manufacturing a packaging material with at least two films (12,16) or foils bonded together via at least one adhesive layer (13) to form a multi-layer laminate (10) is such that at least one adhesive layer is an electron-beam-curable adhesive and the laminate (10) is radiated with electrons in order to cure the adhesive. The laminate is particularly suitable for manufacturing pouch-type forms of packaging, in particular for snack foods. The production of laminate using electron-beam-curable adhesive results in a significant reduction in throughput time and in a reduction of solvent emissions by replacing solvent-based adhesives with electron-beam-curable adhesives.

Abstract: A packaging container is such that a laminate features a film-shaped substrate bonded to a hot-sealing layer via a contact adhesive layer for easy opening and reclosing the container—arranged between an adhesive layer of permanent adhesive and a hot-sealing layer and is bonded to itself via a sealing seam or to another film to form a pouch or, as lid, bonded to the edge of a pouch. For the production of the laminate, the film-type substrate is coated—via liquid-film coating using the curtain coating or slide-coating method—with a multi-layer liquid film comprising at least an adhesive layer, the contact adhesive layer and the cohesively rupturing hot-sealing layer.

Abstract: Plastics composite foil for the sheathing of lithium-ion-polymer batteries and lithium-polymer batteries, comprising, arranged in mutual superposition, the following layers: a) a base foil composed of plastic b) a metal foil and c) a functional plastics layer, where at least one metal protective layer applied via a physical deposition process, such as vapour deposition processes or sputtering, an example being a chromium layer, has been arranged with thickness of from 0.1 to 1000 nm (nanometres) on the layer b), the metal foil, at least in the direction of the layer c), and/or on the layer c), the functional plastics layer, in the direction of the layer b), the metal foil, and/or in the functional plastics layer.

Abstract: In a process involving at least two film-shaped substrates (44, 46) bonded together by means of at least one adhesive layer containing a catalyst which accelerates hardening of the adhesive, a first substrate (44) is coated with a liquid film comprising three layers viz., two adhesive layers (34, 38) and an intermediate layer (36), which is situated between the adhesive layers (34, 38) and contains a catalyst (37), using liquid film coating in the form of curtain coating or slide-coating and subsequently bonded onto the second substrate (46). The laminate (48) formed may be coated via at least one liquid film coating with a further three layer liquid film comprising two adhesive layers (134, 138) and an intermediate layer (136), which is situated between the adhesive layers (134, 138) and contains a catalyst (137), using curtain coating or slide-coating and subsequently bonded onto at least one additional substrate (50) to form an additional laminate (52).

Abstract: Sterilisible composite film for manufacturing pouch type forms of packaging and the like for e.g. liquid, pasty or solid foodstuffs. The sterilisible composite films according to the present invention contain a barrier layer that is impermeable to water vapour and gases in the form of a metal foil. On both sides of the barrier layer is at least one functional layer. The following layers are arranged on top of each other in the composite film: a) a first functional layer containing a plastic film of the polyamide or polyolefin type or an extrusion layer of polyolefins or one or more lacquer layers or print and lacquer layers or print layers and b) a metal foil and c) a second functional layer in the form of a plastic film of coextrusion coated, co-extruded or extrusion laminated polyamide/polypropylene type layers, such as e.g. a film contain-ing polyamide/polypropylene layers or containing polypropylene/polyamide/poly-propylene layers.

Abstract: A process for manufacturing a laminate (48) out of two film-shaped substrates (44, 46) as outer layers joined together by means of adhesive layers (34, 38) and at least one functional intermediate layer (36) is such that a first substrate (44) is coated, by liquid film coating using curtain coating or slide coating, with a multi-layer liquid film comprising at least two outer adhesive layers (34, 38) and at least one functional intermediate layer (36) and optionally at least one additional intermediate layer (35, 37) and is subsequently bonded to the second substrate (46). The process makes it possible to manufacture laminates with barrier properties in a simple and cost-favourable manner.

Abstract: In a process involving at least two film-shaped substrates (44, 46) bonded together by means of at least one adhesive layer containing a catalyst which accelerates hardening of the adhesive, a first substrate (44) is coated with a liquid film comprising three layers viz., two adhesive layers (34, 38) and an intermediate layer (36), which is situated between the adhesive layers (34, 38) and contains a catalyst (37), using liquid film coating in the form of curtain coating or slide-coating and subsequently bonded onto the second substrate (46). The laminate (48) formed may be coated via at least one liquid film coating with a further three layer liquid film comprising two adhesive layers (134, 138) and an intermediate layer (136), which is situated between the adhesive layers (134, 138) and contains a catalyst (137), using curtain coating or slide-coating and subsequently bonded onto at least one additional substrate (50) to form an additional laminate (52).

Abstract: A process for manufacturing a laminate (48) made up of two film-shaped substrates (44, 46) joined together by a layer of adhesive is such that a first substrate (44) is coated with a multi-layer liquid film comprising at least two adhesive layers (34, 38) by liquid film coating using curtain coating or slide coating, and subsequently bonded to a second substrate (46).

Abstract: A packaging container is such that a laminate (45) features a film-shaped substrate (44) bonded to a hot-sealing layer (38) via a contact adhesive layer (36)—for easy opening and re-closing the container—arranged between an adhesive layer (34) of permanent adhesive and a hot-sealing layer (38) and is bonded to itself via a sealing seam or to another film to form a pouch or, as lid, bonded to the edge of a pouch. For the production of the laminate (48), the film-type substrate (44) is coated—via liquid-film coating using the curtain coating or slide-coating method—with a multi-layer liquid film comprising at least an adhesive layer (34), the contact adhesive layer (36) and the cohesively rupturing hot-sealing layer (36).

Abstract: A process for manufacturing a flexible packaging material from a single or multi-layer film or film-type laminate containing a sealing layer of powder-type starting material deposited on at least one free surface of the film or film-type laminate. The sealing layer is deposited locally, i.e., over only those parts of the surface to be sealed, and the deposition of the sealing layer takes place by an electrostatic coating process in which coating particles are electrostatically charged and transferred to the film surface to be coated by applying an electric field, and melted and/or hardened to give a coating film in the form of a sealing layer.

Abstract: A cold-workable laminate for the production of containers for packaging of pharmaceutical and medical technical products and diagnostic agents has an aluminium film with a biaxially stretched plastic film on one side as an outer layer, and a sealing layer arranged on the second side. The aluminium film is connected with the biaxially stretched plastic film by extrusion laminating or the biaxially stretched plastic film is extrusion-coated with a polyolefin and lacquer-laminated to the aluminium film. The laminate has at least 15% higher cold-working capacity than laminates of the prior art and has improved delamination resistance.

Abstract: The invention relates to a process for manufacturing a flexible film-type laminate (7) from two or more films (9a,9b) for packaging materials, whereby at least two films (9a,9b) are laminated to each other to give a film-type laminate and the film or film-type laminate is printed on, and at least one free surface of the film-type laminate is provided with a sealing lacquer coating (14). The invention is characterized in that the lamination (12), the printing (12) and the coating (14) of the film or film-type laminate with a sealant lacquer take place in-line at individual coating stations (1, 2, 4) in a production device (10) using an electrostatic coating process in which coating particles are electrostatically charged and deposited on the film surface to be coated using transfer means by applying an electric field, and melted and/or cured to give a coating film.

Abstract: A production device (10) for manufacturing a multi-layer film-type laminate. The production device (10) includes a continuous feed production line for film-type materials with an uncoiling and coiling system for uncoiling and coiling the films or film-type laminates in question present in roll form. The production device (10) also contains one laminating (1) and/or extrusion station for manufacturing a multi-layer film-type laminate, at least one printing station (2) and at least one sealing layer station (4). The individual stations are arranged in-line as integral modules of the production device (10). Thereby, the printing station (2) and the sealing layer station (4) contain apparatus for coating the film or film-type laminate using an electrostatic coating process.

Abstract: The invention relates to a process for manufacturing a flexible packaging material from a single or multi-layer film or film-type laminate containing a sealing layer of powder-type starting material deposited on at least one free surface of the film or film-type laminate. The invention is characterised in that the sealing layer is deposited locally i.e. over only those parts of the surface to be sealed, and the deposition of the sealing layer takes place by means of an electrostatic coating process in which coating particles are electrostatically charged and transferred to the film surface to be coated by transfer means by applying an electric field, and melted and/or hardened to give a coating film in the form of a sealing layer.

Abstract: The invention relates to a process for manufacturing a flexible film-type laminate (7) from two or more films (9a,9b) for packaging materials, whereby at least two films (9a,9b) are laminated to each other to give a film-type laminate and the film or film-type laminate is printed on, and at least one free surface of the film-type laminate is provided with a sealing lacquer coating (14). The invention is characterised in that the lamination (12), the printing (12) and the coating (14) of the film or film-type laminate with a sealant lacquer take place in-line at individual coating stations (1, 2, 4) in a production device (10) using an electrostatic coating process in which coating particles are electrostatically charged and deposited on the film surface to be coated using transfer means by applying an electric field, and melted and/or cured to give a coating film.

Abstract: Sterilisible composite film for manufacturing pouch type forms of packaging and the like for e.g. liquid, pasty or solid foodstuffs. The sterilisible composite films according to the present invention contain a barrier layer that is impermeable to water vapour and gases in the form of a metal foil. On both sides of the barrier layer is at least one functional layer.

Abstract: A composite plastic film comprises a plastic film which is coated, as desired at least on one side, with ceramic material deposited using a vacuum thin layer deposition process and a plastic layer deposited by extrusion coating on the plastic film or on the ceramic layer which may be present, such that the ceramic layer is situated between the plastic film and the plastic layer deposited by extrusion coating. In order to improve the strength of bonding, a metal layer of chromium, aluminum, nickel, titanium, iron, molybdenum or an alloy made up from at least two of these metals is provided, as an aid to bonding, between the plastic film or on the ceramic layer which may be present and the plastic layer deposited by extrusion coating. A thin metal layer deposited in such an amount that it has a thickness of approximately 0.1 to 0.5 nm corresponding to a monatomic coverage is sufficient for this purpose.

Abstract: In a process for production of an aluminum foil (10) coated with sealable and sterlisable plastic (14) based on polypropylene (PP) or polyethylene (PE), the plastic (14) is coextruded with an adhesion-promotion agent (16) and combined with an aluminium foil (24) between two rollers (20, 22). The aluminium foil (10) coextrusion-coated in this way, to increase the adhesion strength between the aluminium foil (24) and the plastic layer (14), then passes continuously through an oven (26) with temperature (TO) set such that the temperature of the plastic layer (14) and the adhesion-promotion agent (16) lies above the crystallite melt point (TK) of the plastic. The coated aluminium foil heat-treated in this way, after emerging from the oven (26), is cooled shock-like such that the crystalline proportion at least in the surface area of the cooled plastic layer (14) and the crystallites in this area are as small as possible.

Abstract: Lidding film, without metal foil, for lidding push-through forms of packaging, where the lidding film contains at least one polyolefin-based or polyester-based thermoplastic and the thermoplastic contains 5 to 50 wt % filler material. With the aid of a sealing layer the lidding film can, if desired, be sealed onto the bottom part of a push-through form of packaging or blister pack. The lidding film is inelastic to such a degree that the packaged contents can be pushed through the film.

Abstract: Round or oval package, containing a bottom portion with one or more compartments and a peel-off lid mounted on the edges of the compartment or compartments, wherein the lid is divided into lid segments, wherein each lid segment covers a compartment and each lid segment is sealed onto the bottom portion along the circumference of the compartment and each lid segment contains an initial tearing aid and each lid segment can be partially or completely peeled or pulled off by the seal seam along the circumference of the compartment. The package is sterilizable and the sides of the bottom portion and of the lid facing towards the inside of the container comprise a polyolefin or polyester layer.