The laminates are supplied according to our customers’ needs – with or without roto/flexo print, in the following configurations:

• polyamide-polyethylene (BOPA/PE) laminates
• polyamide-polypropylene (BOPA/PPCast) laminates
• polyamide-polyethylene (PACast/PE) laminates
• polyester-polyethylene (PET/PE) laminates
• polyester-polyethylene metalized (PETmet/PE) laminates
• polyester-polyethylene (PET PVDC/PE) laminates
• polyester-polyprolene (PET PVDC/PPCast) laminates
• polyester-polyethylene (APET/PE) laminates
• polypropylene-polyethylene (OPP/PE) laminates
• polyethylene-polyester-polyethylene (PE/PET/PE) laminates
• laminates of custom base material configuration, according to beyond standard indications

Barrier OML (PA/PE/PE) and UML (PA/HV/PA/PE/PE) films

OML and UML films have a perfect nine-layer structure with separated polyamide layers and multilayer polyethylene. They are commonly used wherever packaging strength, resistance to damage and extended shelf life of a product is of importance. Apart from remarkable parameters of molding (UML lower films) they are distinguished by high transparency and very strong welds, closing a package.

High Barrier OX (PA/EVOH/PA/PE/PE) and UX (PA/EVOH/PA/PE/PE) films

High barrier OX and UX films are nine-layer structures, presenting the state of the art level. Due to that they perfectly meet the highest requirements referring flexible films for (vacuum and inert gas) packaging of extended shelf life products. The above goal is achieved thanks to a complex structure of the films, whereby polyamide layers are separated with an EVOH layer, while polyethylene layers assure perfect strength and weldability.

Barrier PP///PE film
High barrier PP//EVOH//PE film

These films have a perfect multilayer structure presenting the state of the art level. Due to that, apart from remarkable parameters of molding they are distinguished by high transparency, great strength and weld-ability. They perfectly meet the highest requirements referring flexible films for vacuum and inert gas packaging on all packaging machines.

The following multilayer films are typically used for production of bags:

• polyester-polyethylene (PET/PE)
• polyamide-polyethylene (PA/PE)
• polypropylene-polyamide-polyethylene (BOPP/PA/PE)

Bags from barrier and high barrier (PET/PE) film:

• PET / PE (thickness 54μ, 64μ, 74μ);
• PETmet / PE (thickness 56μ, 66μ, 76μ) – metallised polyester;
• PET PVDC / PE (thickness 56μ, 66μ, 76μ) – PVDC coated polyester.

Base materials:

• Three layer two axis orientation polyester;
• Three layer colored and not colored polyethylene with welding layer.

Bags from barrier AMILEN PA / PE film:

• thickness: 70μ, 80μ, 100μ, 120μ, 160μ;
• five layer polyamide (PA) and polyethylene structure;
• high transparency and toughness;
• high welding strenght.

Bags from barrier (BOPA / PE) laminate:

• thickness: 57μ, 67μ, 77μ;
• high barrier effeciency;
• high transparency and toughness;
• high welding strenght.

Bags from barrier (BOPP / PE) laminate:

• (BOPP / PE) (thickness: 80μ, 81μ, 82μ);
• (BOPP / PA / PE) (thickness: 80μ, 81μ, 82μ);
• high barrier effeciency;
• high transparency and toughness;
• high welding strenght.

• minimum – 10cmx10cm
• maximum – 90cmx120cm
• medium – any size within the “minimum” and “maximum” limits