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Flexible Packaging

Poşetsan delivers packaging solutions for many sectors in flexible packaging groups by using multi layered and different structures. This group is composed of paper, plastic films, aluminum foils, multi layered foils, laminated and polyethylene extrusion covered package foils for food and non food sector and for industrial purposes.

Rotogravure print with up to 10 colors printing.
Flexography print with up to 8 colors printing.
Printing on BOPP film; achieve premium print quality on paper and other materials ,PET, AL , BOPP and lacquer applications.
Achieve premium print quality with paper and any other film material.

PE and PP coating at min. 9 gr/m2 value with paper, aluminum and other film materials.
PE and PP application instead of glue in the lamination of paper and aluminum-based materials with zero curing period.
High functionality with low weight value in laminate materials
Definite and reliable solution with minimum de-lamination risk in packaging of aggressive materials.

High-technology lamination machinery.
Combined paper, aluminium and film materials.
Polyethylene extrusion lamination ,wet and dry lamination.
Film lamination with or without solvent.

This dynamic packing sector provides a tremendous potential for technology suppliers, packing converters and brand owners.

Flexible packing is the most economical method for packing, protecting and distributing the foods, beverages, other consumable materials, drugs and other products needing longer shelf life. While the packed products can be designed with barrier specifications as it will fit to the packaged products and their expiration dates, the other barrier packing formats offer an approach that fits to a single dimension. Flexible packages can be made in various innovative forms, sizes and appearances, and they can include components such as arms.

Paper+PE Extrusion

Paper+ PE Extrusion +Alu Foil +PE Extrusion
Paper +Alu Foil +PE Extrusion
Alu Foil + PE Extrusion + Paper + PE Extrusion
Alu Foil + Paper + PE Extrusion

PET + Alu Foil + PE
BOPP+ Alu Foil + PE

PET + Alu Foil + PE Extrusion
PET + Alu Foil + TQL
Alu Foil + PE Extrusion

BOPP+BOPP, BOPP+PE, PET +PE
Single Layer BOPP Film, Paper, Alu Folio

Flexible packing utilizes less source and energy compared to other packing types. It provides considerable reductions in packing costs, material use and transportation costs and in specific performance advantages compared to solid packing. Flexible packing usage may minimize the packing transportation costs between the converter, packager / filler, retailer and end users. When rigid is emptied from the packing, it doesn’t only take less place, it can also be made from roller materials in the filling place, thereby transportation of the ready empty packing may be minimized.

The key tendency for flexible plastic packing is declining since the environmental pressure and high polymer prices enable the customers to demand much thinner films.

Even though the traditional films have reached to the limits of this tendency, collapsing the plastic films in this way will continue. Since the combination of environmental pressure and indefinite polymer prices continue, flexible packing industry will start to further encourage the priority of ‘front basket’ of these packing against solids. It is estimated that the paper demand and aluminum foil decrease have reached to the bottom line in many regions.
World: consumer estimates the flexible packing consumption on product basis.

There is the rise and importance of high performance films on the other side of the thin film spectrum. The trend in food packing films is towards the high performance and low-permeable film structures in order to prolong the shelf life and improve flavors. Growth is resulting from the transition of products, which are packed in solid containers, to high quality flexible packing. Non-food packing applications are industrial and agricultural.

Ever-increasing share of premium products, including the products that are sold in modified atmosphere packing (MAP), is also convenient for flexible packing in cooked products. Some of these products are breakfast foods such as gluten-free bread, croissant, pancake, half-baked bread and rolls; special bread and cake.

The pressure of retailers for prolonging the shelf life and transition from frozen products to MAP packed bread in food service rolls is one of the other two tendencies.

The continuous success of flexible packing, which replaces glass and metal packing and particularly punished and hot filled products, can be directly attributed to important developments in the barrier specifications of plastic films and particularly transparent plastic films.

One of the advantages of flexible packing is the possibility for the product owner to “get in” the barrier by predicating on the shelf life requirements. In glass and metal packing, very high obstacles are added without considering whether they are needed. For example, putting refrigerated milk in a glass container is completely useless for protecting its shelf life. Milk is oxidized very slowly in refrigerated temperatures, and therefore it doesn’t require a barrier package.

Other side will be wine, which gets into reaction rapidly even in refrigerated temperatures and is appropriate for a glass container. Flexible packing can be easily designed both for two product types, and moisture and oxygen barrier requirements can be designed both in net and opaque formats. Most of the time, barrier flexible packing for retail products is the lamination of multiple plastic layers; therefore the required barrier level can be obtained with one or more layers.

General Information

Poşetsan delivers packaging solutions for many sectors in flexible packaging groups by using multi layered and different structures. This group is composed of paper, plastic films, aluminum foils, multi layered foils, laminated and polyethylene extrusion covered package foils for food and non food sector and for industrial purposes.

Rotogravure print with up to 10 colors printing.
Flexography print with up to 8 colors printing.
Printing on BOPP film; achieve premium print quality on paper and other materials ,PET, AL , BOPP and lacquer applications.
Achieve premium print quality with paper and any other film material.

PE and PP coating at min. 9 gr/m2 value with paper, aluminum and other film materials.
PE and PP application instead of glue in the lamination of paper and aluminum-based materials with zero curing period.
High functionality with low weight value in laminate materials
Definite and reliable solution with minimum de-lamination risk in packaging of aggressive materials.

High-technology lamination machinery.
Combined paper, aluminium and film materials.
Polyethylene extrusion lamination ,wet and dry lamination.
Film lamination with or without solvent.

This dynamic packing sector provides a tremendous potential for technology suppliers, packing converters and brand owners.

Flexible packing is the most economical method for packing, protecting and distributing the foods, beverages, other consumable materials, drugs and other products needing longer shelf life. While the packed products can be designed with barrier specifications as it will fit to the packaged products and their expiration dates, the other barrier packing formats offer an approach that fits to a single dimension. Flexible packages can be made in various innovative forms, sizes and appearances, and they can include components such as arms.

Material Properties

Paper+PE Extrusion

Paper+ PE Extrusion +Alu Foil +PE Extrusion
Paper +Alu Foil +PE Extrusion
Alu Foil + PE Extrusion + Paper + PE Extrusion
Alu Foil + Paper + PE Extrusion

PET + Alu Foil + PE
BOPP+ Alu Foil + PE

PET + Alu Foil + PE Extrusion
PET + Alu Foil + TQL
Alu Foil + PE Extrusion

BOPP+BOPP, BOPP+PE, PET +PE
Single Layer BOPP Film, Paper, Alu Folio

Thinnability

Flexible packing utilizes less source and energy compared to other packing types. It provides considerable reductions in packing costs, material use and transportation costs and in specific performance advantages compared to solid packing. Flexible packing usage may minimize the packing transportation costs between the converter, packager / filler, retailer and end users. When rigid is emptied from the packing, it doesn’t only take less place, it can also be made from roller materials in the filling place, thereby transportation of the ready empty packing may be minimized.

The key tendency for flexible plastic packing is declining since the environmental pressure and high polymer prices enable the customers to demand much thinner films.

Even though the traditional films have reached to the limits of this tendency, collapsing the plastic films in this way will continue. Since the combination of environmental pressure and indefinite polymer prices continue, flexible packing industry will start to further encourage the priority of ‘front basket’ of these packing against solids. It is estimated that the paper demand and aluminum foil decrease have reached to the bottom line in many regions.
World: consumer estimates the flexible packing consumption on product basis.

High Performance Films

There is the rise and importance of high performance films on the other side of the thin film spectrum. The trend in food packing films is towards the high performance and low-permeable film structures in order to prolong the shelf life and improve flavors. Growth is resulting from the transition of products, which are packed in solid containers, to high quality flexible packing. Non-food packing applications are industrial and agricultural.

Ever-increasing share of premium products, including the products that are sold in modified atmosphere packing (MAP), is also convenient for flexible packing in cooked products. Some of these products are breakfast foods such as gluten-free bread, croissant, pancake, half-baked bread and rolls; special bread and cake.

The pressure of retailers for prolonging the shelf life and transition from frozen products to MAP packed bread in food service rolls is one of the other two tendencies.

The continuous success of flexible packing, which replaces glass and metal packing and particularly punished and hot filled products, can be directly attributed to important developments in the barrier specifications of plastic films and particularly transparent plastic films.

One of the advantages of flexible packing is the possibility for the product owner to “get in” the barrier by predicating on the shelf life requirements. In glass and metal packing, very high obstacles are added without considering whether they are needed. For example, putting refrigerated milk in a glass container is completely useless for protecting its shelf life. Milk is oxidized very slowly in refrigerated temperatures, and therefore it doesn’t require a barrier package.

Other side will be wine, which gets into reaction rapidly even in refrigerated temperatures and is appropriate for a glass container. Flexible packing can be easily designed both for two product types, and moisture and oxygen barrier requirements can be designed both in net and opaque formats. Most of the time, barrier flexible packing for retail products is the lamination of multiple plastic layers; therefore the required barrier level can be obtained with one or more layers.