What recycled content percentage is required in plastic cups under PPWR?

The European Union’s Packaging and Packaging Waste Regulation, widely known as PPWR, is reshaping how plastic packaging is designed, produced, and placed on the market. For manufacturers of plastic cups used in food and beverage applications, the regulation introduces binding recycled content requirements that demand both strategic planning and investment in the right production technology. Understanding exactly what the PPWR requires, and how to meet those requirements, is now a business-critical priority for packaging producers across the EU and beyond.

This article breaks down the specific recycled content percentage targets for plastic cups under PPWR, explains how compliance is measured, and outlines what these changes mean for thermoforming operations in practice.

PPWR recycled content targets for plastic cups

Under the PPWR, plastic packaging, including cups, must meet mandatory minimum recycled content thresholds, with targets increasing in two phases. For contact-sensitive plastic packaging such as cups used for food and beverages, the regulation sets a target of 10% recycled content by 2030, rising to 25% by 2040. These figures specifically apply to plastic packaging that comes into contact with food, where the use of recycled materials is more technically constrained due to food safety requirements.

For plastic packaging that is not contact-sensitive, the targets are considerably higher: 30% recycled content by 2030 and 50% by 2040. The distinction matters significantly for manufacturers of yogurt cups, beverage cups, and similar food-grade containers, as the lower thresholds reflect the technical and regulatory complexity of using recycled polymers in direct food contact applications. Materials such as rPET (recycled polyethylene terephthalate) are among the most viable options for meeting these targets in thermoformed cup production, given their established food-contact approval pathways.

How recycled content is calculated and verified

Meeting a recycled content target is not simply a matter of purchasing recycled material. The PPWR requires that recycled content be calculated and documented in a standardised, verifiable way. The calculation is based on the mass of recycled material used relative to the total mass of the finished packaging unit, expressed as a percentage.

Verification relies on robust supply chain documentation and third-party certification. Producers are expected to maintain traceability records that demonstrate the origin and quality of recycled input materials, typically supported by certificates issued under recognised schemes such as ISCC PLUS or similar chain-of-custody standards. This means that sourcing recycled resin from certified suppliers is not just good practice but a compliance prerequisite. Manufacturers should also be aware that the PPWR distinguishes between pre-consumer and post-consumer recycled content, with post-consumer recycled material generally carrying greater regulatory weight in the context of circular economy objectives.

Impact on thermoforming production lines

Incorporating recycled content into thermoformed plastic cups is not a straightforward material swap. Recycled polymers, particularly post-consumer rPET, can vary in viscosity, moisture content, and thermal behaviour compared to virgin resin. These variations directly affect how material behaves during the forming process, influencing cycle times, wall thickness consistency, and overall product quality.

Production lines need to be capable of handling these material characteristics reliably. Key considerations include:

Temperature control precision: Recycled materials may require adjusted heating profiles to achieve consistent forming behaviour across production runs.
Material drying: rPET in particular is highly moisture-sensitive and typically requires dedicated drying equipment upstream of the extruder or forming machine.
Tooling compatibility: Mould design and clamping forces may need to be reviewed to account for the different flow characteristics of recycled blends.
Process monitoring: Tighter in-line monitoring becomes more important when working with variable recycled input streams to maintain dimensional accuracy and reject rates within acceptable limits.

For manufacturers producing thermoformed cups at high volumes, these technical demands underscore the importance of machine stability and process repeatability. A forming machine that cannot maintain consistent parallelism and clamping force across thousands of cycles per hour will amplify the quality risks associated with recycled material variability.

Penalties and timeline for non-compliance

The PPWR introduces a framework for enforcement that places responsibility on both packaging producers and brand owners who place packaged products on the EU market. Member states are required to establish penalty regimes that are effective, proportionate, and dissuasive. While the specific penalty levels are determined at national level, the regulation makes clear that non-compliance with recycled content requirements is a sanctionable offence.

The compliance timeline is firm. The 2030 targets are the first binding milestone, meaning that production processes, supply chains, and documentation systems all need to be operational well before that date. Companies that delay investment in material sourcing and production adaptation risk not only regulatory penalties but also commercial disadvantage, as major retailers and food brands are increasingly building recycled content requirements into their own supplier specifications ahead of the legal deadlines.

Preparing production capacity for PPWR requirements

Preparing for PPWR compliance is best approached as a phased investment programme rather than a last-minute adjustment. The earlier production teams begin trialling recycled material blends and optimising process parameters, the more stable and cost-efficient the transition will be. A practical preparation roadmap typically involves several parallel workstreams.

On the material side, establishing reliable supply relationships with certified recycled resin providers is a priority. Qualification testing of different rPET grades or recycled PP blends should begin early, as not all recycled materials will perform equally on a given production line. On the equipment side, assessing whether current thermoforming machines can handle the thermal and mechanical demands of recycled material processing is a necessary step. Machines with precise servo-driven motion control and robust forming station construction are better positioned to deliver consistent output when working with variable recycled inputs.

Internally, production and quality teams should develop documentation workflows that capture recycled content data at each stage of the process, from raw material intake through to finished product release. This infrastructure is not just a compliance requirement but a foundation for the kind of supply chain transparency that customers and regulators will increasingly expect.

How GABLER Thermoform supports compliance with PPWR recycled content requirements

We understand that adapting thermoforming production to meet the demands of the Packaging and Packaging Waste Regulation is a significant technical and operational undertaking. Our machines are engineered to deliver the process stability and precision that recycled material processing demands, giving manufacturers a reliable foundation for their compliance journey. Specifically, our technology supports PPWR readiness in several concrete ways:

Processing of recycled and bio-based materials: Our machines are designed to handle rPET and biodegradable PLA foil, directly addressing the material requirements introduced by PPWR.
Energy efficiency: We are developing a new generation of thermoforming machines that consume up to 30% less energy in cup production, supporting both cost reduction and sustainability targets.
Process stability with variable inputs: Our fixed top yoke and tilting bottom table design ensures optimum parallelism and consistent forming quality, even when working with recycled material blends that vary between batches.
Industry 4.0 readiness: State-of-the-art sensor technology and remote access capabilities enable real-time process monitoring, which is essential for maintaining quality and documentation standards when processing recycled content.
Full-service support: From installation and commissioning through to spare parts supply and ongoing customer service, we provide the complete support structure needed to keep production running reliably as material specifications evolve.

Whether you are assessing your current production setup for PPWR readiness or planning investment in new capacity, we are here to help. Contact GABLER Thermoform to discuss how our thermoforming solutions can support your transition to recycled content production.