CarbonLite® Doypack PurePP and Doypack PurePE are designed as a mono-material solution and convincing at the point of sale. Due to their structure as a mono-material solution, the PP- or PE-based CarbonLite films offer you the possibility of declaring a high recyclability. You can certify this by external institutes if required.
CarbonLite Doypack PurePP and PurePE stand out due to their high level of material efficiency. As a result, they offer maximum performance with minimum material input and make significant savings in resources compared to other packaging concepts. Thus, offering economic advantages in terms of eco-balance.
The recyclable pouches can easily be processed on your common FFS machines without any loss of speed or quality thanks to their broad sealing range and are distinguished by their optimal process and packaging reliability.
Depending on the product requirements you can flexibly equip the high-performance films with different barrier properties for maximum product protection and extended shelf life.
CarbonLite Doypack PurePP and PurePE ensure maximum product safety from aroma to oxygen barrier via protection against moisture or UV radiation.
With different features such as zipper systems, recyclable Doypacks can be produced that stand out due to their exceptional level of convenience. As a result, your packaged product has a longer shelf life. The structure for doypacks is already available with matching PE- or PP-based zipper systems that can be easily and reliably integrated into the bags.
Our high-performance CarbonLite PP and PE films are the ideal solution for packaging snacks, baked goods, and cookies – and are perfectly suited for doypack applications. They deliver outstanding product protection through optimal barrier properties and reliable sealing. As a result, they can replace conventional composite materials as well as metallized and aluminum-based films. The film’s sealing layer also allows easy and efficient inline application of zipper systems.
Thanks to its flexibly equipable barrier properties, our CarbonLite Doypack PurePE film solution for grated cheese applications adapts perfectly to the requirements of grated cheese and provides optimum protection for the packaged products. Equipped with good sealing seam strength, CarbonLite Doypack PurePE can be processed quickly and easily, resulting in high process and packaging reliability. Above all, the sealability is convincing in the packaging process. The sealing layer of the film also ensures simple and efficient inline assembly of the zippers.
Our innovative CarbonLite Doypack PurePP film solution for dried sausage products is holistically sustainable: Our recyclable mono-material solution with high material efficiency and sustainable printing technology leads to a holistic improvement of the eco-balance. The substitution of the aluminum barrier results in a reduction of the carbon footprint and a optimized recyclability of more than 90 %. In addition to a weight saving of 26 %, further economic advantages can be realized in terms of logistics and output compared to conventional packaging.
CarbonLite doypack film is a versatile solution for stand-up pouches with a specially designed bottom gusset that provides a stable base. CarbonLite doypack films are available as mono-material solutions based on CarbonLite PurePP or CarbonLite PurePE, offering a recycling-friendly packaging solution for a wide range of food applications.
CarbonLite doypack films offer a high level of recyclability thanks to their mono-material design. Both CarbonLite Doypack PurePP and CarbonLite Doypack PurePE deliver excellent material efficiency and enable high-performance, lightweight packaging solutions. Compared with conventional films, their reduced film thickness can cut packaging weight by up to 26%.*
*Comparison of a 90 μm PP mono-material solution with a 100 μm PET/aluminum/PE laminate structure. The thinner film can also provide up to 11.1% more running meters per reel and reduce the number of reels required by around 10%, offering potential benefits for logistics, storage, and production. Actual values may vary depending on the specific application.
CarbonLite doypack films are suitable for a wide range of food applications, including stand-up pouches for snacks, baked goods and cookies, grated cheese, coffee, sausage products, dried fruit, and cereals. They can also be used to package creams and liquids.
CarbonLite doypack films are available with different barrier properties tailored to the requirements of the packaged product. Both the PP and PE doypack films provide reliable protection against oxygen, moisture, UV radiation, and aroma loss. Their high barrier performance helps ensure product safety and a long shelf life. For applications requiring additional product protection, the films are also available with MAP (Modified Atmosphere Packaging) functionality.
CarbonLite doypack films were developed for mono-material stand-up pouches based on PP or PE. Thanks to their design-for-recycling approach, these film solutions can achieve recyclability rates of more than 90%.* Their recyclability can also be assessed and certified by external institutes.
CarbonLite Doypack PurePP and CarbonLite Doypack PurePE therefore support the production of modern, recyclable packaging solutions for the food industry.
*Recyclability depends on the specific packaging design, the materials used, and the applicable testing and assessment methods.
Yes. CarbonLite doypack films are designed for the integration of zipper systems. The available PP- or PE-based solutions allow doypacks with zippers to be integrated easily and reliably into the packaging process. This makes it possible to produce reclosable packages that help protect the product after opening while also enhancing consumer convenience.
CarbonLite doypack films can be tailored with different barrier properties to provide a high level of product protection and support a long shelf life. Depending on the product requirements, CarbonLite Doypack PurePP and CarbonLite Doypack PurePE can incorporate barriers against aroma loss, oxygen, moisture, and UV radiation, helping to ensure a high level of product safety.