Since mid-2024, we have been offering innovative, fully biodegradable bags for packaging food and other industrial products. Manufactured in Europe, they are made from a film containing over 55% natural raw material – minerals in the form of calcium carbonate (CaCO3). This innovative material is currently in the process of being patented.

The film meets new trends and legal requirements concerning the principles of sustainable development. It is characterized by gas permeability (e.g., oxygen), which makes it suitable for packaging yeast. At the same time, it is impermeable to chemical compounds such as water, water vapor, and fats. It is suitable for packaging a range of food products requiring special conditions, such as in refrigeration for packaging frozen foods.

The ECO film is also distinguished by its resistance to acids associated with dairy and cheese products and contains no talc, qualifying it for packaging dairy items.

The material is also available in thicknesses ranging from 60 to 110 microns and can be delivered as foil, sheets, or sleeves.

Notably, its price is comparable to similar non-ecological materials.

Produced using biodegradation technology, the ECO film can be recycled up to 7 times, biodegrades in water within a period of up to 5 years, and can be compostable.

The PAPE VACUUM barrier bags for meat and cheese that we offer are produced using innovative materials and technologies.

These bags are characterized by a unique combination of very high mechanical strength while simultaneously reducing the film thickness, which consequently leads to a significant reduction in the amount of waste produced. They also possess excellent sealability, setting them apart from other similar materials on the market. Furthermore, they feature high barrier properties against oxygen and moisture.

The very high transparency and gloss of the material allow for an aesthetic and attractive presentation of the packaged product. Additionally, we offer single- or double-sided synchronized flexographic printing on the bag, with the capability of using up to 10 colors on each side.

We also provide consulting and cooperation services related to graphic design.

We print using the HD flexo technique. Our state of the art machinery allows us to achieve the desired result and reliably reproduce the design. We can print up to 10 colours on packaging with a repeatability of up to 850mm. On large format packaging, i.e. over 850mm, we can print 8 colours. We also use the KODAK technology, and in situations where the quantity or specificity of the print justifies it, we also offer our customers printing in the ROTO system. The main advantages of using high linearity are the ability to print high resolution images and to achieve tonal transitions to very low percentages. The knowledge and experience gained over many years of work has led to the creation of a unique solution whose two main advantages are very high productivity and reliability of operation on packaging lines and a competitive price.

High-barrier heat shrink bags are produced for packaging meat, sausages, dairy products, and other food items.

Thanks to the appropriate multi-layer, high-barrier structure of the heat shrink bag, each packaged product has extended freshness and protection against external factors. The bag also has high shrinkage, so the film adheres perfectly to the packaged food, preserving the natural appearance of the product.

The ability to create an individual graphic design and surface printing up to 10 colors is available. The material we use does not contain chlorine, making it less harmful to the environment. It has an internal EVOH layer, which further extends the shelf life of products.

We also offer heat shrink bags for the dairy industry, both for packaging low and medium gassing cheeses such as Dutch type and medium and high gassing cheeses such as Swiss type.

PAPE thermoforming bottom webs are used for vacuum or mixed inert gas (MAP) packaging on roll-to-roll machines. Our films are multi-layer, have a wide sealing temperature range, are puncture resistant and have excellent thermoformability, gloss and transparency.

Top films, printed or unprinted, are designed to present an attractive packaged product and also act as an oxygen barrier to protect the packaged product over a long period of time.