Laminated Films
Ampac laminated films combine solvent and solventless capabilities with vibrant, ten-color flexographic and state-of-the-art, eight-color rotogravure printing to provide quality converted Vertical Form-Fill-Seal (VFFS) and Horizontal Form-Fill-Seal (HFFS) rollstock. Laminations can be custom designed for the medical and pharmaceutical markets with Drug Master File compliant structures. Additionally, Ampac provides high-quality printed rollstock and premade pouches for food, food service, and industrial markets.
Ampac has technical expertise to design flexible packaging solutions for difficult applications. Whether you need chemical resistance, liquid containment, foil barrier, hermetic/peelable/frangible seals, perforations, or any other challenging requirement, Ampac can help develop the right lamination for your application. Our laminations are produced to stringent quality specifications using a broad range of materials including PET, foil, OPP, PE, High-Density Polyethylene (HDPE), metallocene PE, Linear Low Density Polyethylene (LLDPE), CPP and metalized films.
• Barrier Laminations – Superior chemical resistance and liquid containment for even the most challenging applications
• Boil-in-Bag Laminations and Pouches – Versatile clear laminate structures for cook-chill applications
• Freezer-to-Microwave Laminations – Self-venting, high-quality print laminations for premium frozen products
• Pureflex® Solventless Laminations – Eliminates problems with solvent migration and ensures integrity of product aroma and moisture levels
• Pour & Lok™ - foldable zipper applied to film in the side gusset area of the package creating a reclosable pour spout. This unique application is so innovative only three US companies, including Ampac, own this capability.
• Inno-Lok® - a patented method of applying a reclosable zipper transversely to packaging films. The Inno-Lok technology is applied transversely to packaging films producing pre-zippered roll stock film which can be used in form, fill, seal packaging applications.