The dynamic increase in demand for flexible packaging solutions coincides with the entry into force of new regulatory requirements on the European market. The PPWR regulation will apply in full in four years, which means that manufacturers need to adapt early to the requirements of designing packaging for recycling. Under the motto "adapting today for tomorrow", the adapa Group, describing itself as the preferred European partner for flexible packaging solutions, shows how switching to structures designed for recycling can reduce regulatory pressure and facilitate a smooth implementation of future rules. The company invites visitors to its stand at the Warsaw Pack trade fair in Nadarzyn from 14 to 16 April 2026.
Although PPWR has been in force for almost a year, many market participants still hesitate to implement Designed for Recycling structures. The reasons mentioned include, among others, lack of information, concerns about costs and demanding performance parameters of packaging. In response to these challenges, adapa is systematically expanding its portfolio of packaging solutions designed for recycling and has introduced numerous products made of mono-PE, mono-PP and paper. In cooperation with customers, industry organisations and technology partners, the company supports early transition to alternative structures, enabling greater predictability even before the PPWR provisions and delegated acts are fully clarified. According to the manufacturer, D4R solutions combine high functionality, process reliability, effective product protection and an attractive appearance on the retail shelf.
Mono-PP, paper and monomaterials at the core of the display
At Warsaw Pack Expo 2026, adapa will present selected solutions from its portfolio of flexible packaging designed for recycling. These will include MonoFlow(re) P-Type, a high-quality polypropylene-based flowpack film, paper doypacks for dry products, the PaperTwister(re) paper twist wrapper with CEPI certification and the monomaterial drawstring bag EcoString Loopbag. The applications on display will cover both the food and non-food segments, with a particular focus on barrier packaging, paper-based solutions and monomaterial structures.
MonoFlow(re) P-Type: high barrier in mono-material PP
MonoFlow(re) P-Type is a polypropylene-based flowpack solution certified for recycling. The film combines high barrier properties with reliable sealing and full pack integrity, including on high-speed production lines. According to the manufacturer, switching to this concept can reduce plastics consumption by up to 70 percent compared to traditional structures. At the same time, the high transparency of the film and the print quality are intended to ensure an attractive product presentation at the point of sale.
The MonoFlow(re) P-Type solution is targeted, among others, at packaging for cheese, fresh and processed meat, plant-based products, bakery goods, frozen food and confectionery. Its monomaterial construction supports compliance with the objectives of material recycling and is aligned with future regulatory requirements for plastic packaging.
MonoFlow(re) P-Type – high-barrier mono-material PP packaging by adapa
Paper doypacks for dry products
adapa's paper stand-up pouches have been developed for a wide range of dry product applications. Their design allows reliable processing on existing packaging lines and, after use, disposal into available paper recycling streams. From a design perspective, paper doypacks offer various finishes, including matt and gloss surfaces, as well as extensive graphic options, which helps build brand visibility on the retail shelf.
The range of applications covers both the food segment and non-food products, where paper packaging can be an alternative to traditional plastic structures. Depending on application needs, the construction can be adapted to process requirements and expectations regarding aesthetics and visual communication.
PaperTwister(re): twist paper wrapper with CEPI certification
PaperTwister(re) is a modern twist-type solution for confectionery, certified by CEPI. It includes wrappers containing up to 98 percent paper and a plant-based coating. This construction is intended to combine environmental aspects with high mechanical functionality, including suitable twist properties and shape retention of the wrapper around the product.
The solution enables printing in up to eight colours and offers a choice between matt and gloss finishes. According to adapa, PaperTwister(re) is particularly recommended for wrapping sugar- or chocolate-coated sweets, caramels, toffee and hard candies, where both performance parameters and attractive product presentation are important.
PaperTwister(re) – CEPI-certified paper twist packaging by adapa
EcoString Loopbag: monomaterial bag with integrated drawstring
EcoString Loopbag represents a new generation of drawstring bags in which both the bag body and the string are made of the same material. This design allows them to be recycled together in a single material stream without the need to separate packaging components.
The integrated drawstring is produced from internal production waste and mechanically recycled post-consumer material. Depending on the construction variant, the PCR content can reach up to 80 percent. The solution is intended primarily for packaging of hygiene and cosmetic products that do not require barrier properties. EcoString Loopbag can be printed in up to ten colours, including on the drawstring itself.
Printing technologies and quality control
The adapa Group has a broad portfolio of printing technologies, including rotogravure, flexography and digital printing. This range makes it possible to match the technology to the requirements of each project, from small runs to high-quality large-scale production. According to the company, recent investments in new flexographic and rotogravure lines include the application of special varnishes, functional coatings and full-surface 100 percent vision inspection, which is intended to support high quality standards.
Many years of experience in digital printing enable flexible production of variable run lengths, which is important for limited editions, seasonal marketing campaigns and market tests. The ability to switch smoothly between different printing technologies helps optimise production in terms of costs, lead times and graphic requirements.
Development strategy and regulatory requirements
The adapa Group's development strategy focuses on the customer, technical competencies and long-term value creation, while placing sustainability at the core of its activities. The company combines the scale of a leading European manufacturer of flexible packaging with a local approach to individual markets, which is intended to enable the adaptation of solutions to the specifics of regional supply chains and customer preferences.
In cooperation with customers and industry partners, adapa develops solutions that can be integrated into existing production and packaging processes while meeting future regulatory requirements, such as those arising from PPWR. The key element of this strategy is designing in line with Design for Recycling principles, that is, taking into account recyclability at the stage of developing the packaging material and the entire pack structure.
"For our Group it is crucial to consider performance parameters and Design for Recycling principles at the same time" said Stefano Manfredi, Chief Sales Officer at adapa. "In this way, we create value for customers today and prepare for the challenges of tomorrow."
Participation in Warsaw Pack Expo 2026
The presentation of mono-PE, mono-PP and paper solutions, as well as of the printing technologies and D4R concepts under development, will be a key element of the adapa Group's participation in the Warsaw Pack Expo 2026 trade fair. The event will take place from 14 to 16 April 2026 in Nadarzyn. The company's stand will be located in hall E5, at position 31b. According to the organiser and the exhibitor, meetings at the trade fair are expected to provide an opportunity to exchange experience with packaging manufacturers and converters and to discuss practical scenarios for implementing structures designed for recycling in view of the full application of PPWR.
