The PPWR introduces something that does not exist anywhere in the current EU packaging framework: a standardized recyclability grading system that applies to every packaging format sold in the EU. From 2030, packaging must achieve a minimum grade to stay legal. From 2035, the bar rises again. Packaging that does not make the grade cannot be placed on the market.
This is not just a sustainability initiative. It is a commercial constraint with direct financial implications through eco-modulated EPR fees. Understanding how grades are assigned, what they mean for your specific packaging, and how to improve a poor grade is increasingly important for any brand selling packaged goods into the EU.
The grading scale
The PPWR defines five recyclability grades, running from A (best) to E (worst). The grades are defined based on the packaging's performance across a set of assessment criteria established by Commission delegated acts. The criteria cover the entire recyclability chain: sortability, recyclability at scale, and the extent to which the recycled material retains value.
| Grade | Description | Market status from 2030 | Typical fee effect |
|---|---|---|---|
| A | Highly recyclable. Sorted and recycled at scale across EU collection systems. Recycled output retains high material quality. | Permitted | Fee discount (10-30%) |
| B | Recyclable. Sorted and recycled in most EU markets. Minor limitations in certain regions or for certain components. | Permitted | Fee discount or neutral |
| C | Recyclable under conditions. Technically recyclable but not yet sorted or recycled at scale in all member states. | Permitted (minimum from 2030) | Base rate or minor surcharge |
| D | Limited recyclability. Technically recyclable in principle but rarely sorted or processed in practice by EU collection systems. | Permitted until 2030, banned from 2035 | Significant surcharge |
| E | Not recyclable. Cannot be recycled through any EU collection or sorting system in meaningful quantities. | Permitted until 2030, banned from 2035 | Maximum surcharge |
The implication is clear: packaging that currently scores Grade D or E must be redesigned before 2035. Packaging at Grade C is borderline safe from 2030 but faces growing commercial pressure and fee penalties in the interim.
How the assessment works
The assessment methodology is established through delegated acts under the PPWR. The Commission is developing these in collaboration with the European Chemicals Agency (ECHA) and the Joint Research Centre (JRC). Final criteria are expected in 2027-2028, meaning the first mandatory assessments for 2030 compliance will use criteria published roughly two years before the deadline.
The assessment evaluates packaging across four dimensions:
1. Design for recyclability
Can the packaging be separated into recyclable components? Does its design allow sorting systems to identify and route it correctly? Key factors include:
- Material homogeneity. Mono-material packaging (e.g., a box made entirely of corrugated cardboard) scores better than multi-material formats (e.g., a cardboard tray with a plastic film window). Laminates of incompatible materials — paper bonded to aluminium bonded to plastic — are the worst case.
- Adhesives and inks. Water-soluble adhesives used in corrugated box construction score better than hot-melt adhesives. Inks with heavy metals or fluorescent compounds can lower a score. Most standard printing inks are acceptable.
- Coatings and treatments. A silicone release coating on a label liner, a wax or plastic barrier coating on a cardboard box intended for wet products, or a metallised film coating all impair recyclability assessments.
- Closures and attachments. A plastic cap on a glass bottle, a metal staple on a cardboard package, plastic ribbon on a paper bag. These components are assessed for their effect on the recyclability of the main material stream.
2. Sorting performance
Does the packaging get correctly sorted by automated sorting systems operating in EU recycling facilities? This is assessed through sorting tests that simulate real material recovery facility (MRF) conditions. Factors that affect sortability include the packaging's material composition, its size and shape, and whether it can be detected by near- infrared (NIR) sorting equipment.
Black plastic is a known problem here: NIR systems cannot detect it, so it bypasses sorting and ends up in residual waste regardless of the plastic type. Black plastic packaging scores poorly on sortability irrespective of the polymer's intrinsic recyclability.
3. Recycling process compatibility
Once sorted, can the material actually be recycled without contaminating the recycled output? This step assesses whether the packaging, in the form it arrives at the recycling facility (i.e., post-consumer, with residual product, labels, adhesives), is compatible with industrial recycling processes.
A PET bottle with a PET label and a water-soluble adhesive scores well here. A PET bottle with a PVC label and a permanent hot-melt adhesive scores poorly, because the PVC contaminates the PET recycling stream.
4. Quality of recycled output
Does recycling the packaging produce a high-quality secondary material that can be used in new applications? Downcycling — where recycling produces a lower-grade material (e.g., paper fibres too short for high- quality paper production) — results in a lower grade than closed-loop recycling that preserves material value.
Where common e-commerce packaging formats fall
Based on the assessment framework and existing recyclability studies, here is where typical e-commerce packaging components are likely to land under the final PPWR criteria:
| Packaging format | Expected grade | Primary limiting factor |
|---|---|---|
| Plain corrugated cardboard box | A | None significant |
| Paper tissue wrap (uncoated) | A | None significant |
| Kraft paper mailer (paper-only) | A | None if no plastic lining |
| Paper mailing bag with PE liner | C–D | Paper-plastic composite; separation required |
| LDPE poly mailer (clear) | B–C | Flexible plastic sortability varies by country |
| Black poly mailer | D | NIR-invisible; poor sortability |
| PET blister packaging (mono) | B | Sizing affects sortability |
| Mixed-material blister (PVC/cardboard) | D–E | PVC contaminates recycling streams |
| Paper bubble wrap (Ranpak, similar) | A | None significant |
| PE foam void fill | C | Low-value flexible plastic; limited collection |
| Polystyrene (EPS) void fill | D–E | EPS rarely collected at scale; contamination risk |
| Moulded pulp (paper) inserts | A | None significant |
| Aluminium foil seal | B–C | Small format; may be lost in sorting |
These are indicative ranges based on the known assessment criteria. Final grades will depend on the specific technical implementation published in the delegated acts. Producers selling packaging with components in the C or lower range should monitor the published criteria closely and plan packaging redesigns accordingly.
Fee implications: eco-modulation in practice
Recyclability grades feed directly into EPR fee calculations through eco-modulation. This mechanism — already applied by most major EU PROs — adjusts the base per-kilogram fee rate up or down depending on how recyclable your packaging is. Under the PPWR, eco-modulation becomes standardized rather than PRO-specific.
The financial impact compounds with volume. A brand shipping 10,000 orders per year with an average of 300g of packaging per order introduces 3,000 kg of packaging annually across EU markets. The difference between a 20% eco-modulation discount (Grade A) and a 30% surcharge (Grade D) on a base plastic rate of 0.40/kg amounts to roughly €600 per year on plastic packaging alone. For higher-volume brands or those using predominantly plastic packaging, the difference runs into thousands.
Beyond fees, Grade D and E packaging faces a market access deadline. Brands selling into the EU after 2035 with non-compliant packaging will need to either reformulate or cease selling those products. Starting that redesign process in 2026 or 2027 — before the 2030 mandatory assessment date — gives you time to test alternatives, work with suppliers, and transition without disruption.
How to improve your packaging grade
The most effective interventions depend on which assessment criterion is limiting your score:
Move to mono-material formats
The single highest-impact change for most brands is eliminating material combinations. Replace paper-plastic composite mailers with either paper-only or plastic-only formats. Replace multi-layer flexible pouches with mono-material alternatives where product protection requirements allow. Each material combination that you eliminate is one fewer recyclability penalty.
Switch from black to natural or clear plastic
If you use any black plastic packaging (poly bags, trays, labels), this is among the easiest and highest-return changes available. Natural LDPE or coloured-but-NIR-transparent alternatives immediately improve sorting performance. Many poly bag suppliers already offer NIR-transparent alternatives as a standard option.
Replace EPS with paper-based alternatives
Expanded polystyrene void fill and moulded EPS inserts are among the worst-performing packaging formats under any recycling framework. Paper crinkle cut, moulded pulp, and corrugated cardboard inserts all score significantly better and are increasingly cost-competitive. For fragile product protection, moulded pulp tooled to your product dimensions is the premium paper-based alternative.
Review coating and adhesive specifications
Ask your corrugated box supplier whether any barrier coatings are applied and whether they are water-based or solvent/wax-based. Water-based coatings repulp more easily and cause fewer problems in the paper recycling stream. If you use packaging intended for wet or frozen applications (with moisture-barrier coatings), explore whether recyclable barrier alternatives meet your product requirements.
The packaging BOM process is a natural point to capture the material and coating information needed for recyclability assessment. Each component entry in your BOM should include not just material and weight but the surface treatments and any multi-material combinations. This data, once captured, serves both your EPR declarations and your recyclability assessments.
For a fuller picture of how recyclability grades interact with the broader PPWR compliance requirements including fee calculations and compliance timelines, those articles cover the adjacent requirements in detail.
Frequently asked questions
When do PPWR recyclability grades become mandatory?
Recyclability grades become mandatory for most packaging categories from 2030. At that point, packaging must achieve at least Grade C to be placed on the EU market. From 2035, the minimum rises to Grade B for most categories. The grading assessment methodology is being developed by ECHA and the Commission through delegated acts, with final criteria expected in 2027-2028.
Who determines what grade my packaging receives?
Under the PPWR, packaging recyclability assessments are carried out by accredited conformity assessment bodies using the methodology established in Commission delegated acts. Producers either commission an assessment for their specific packaging formats or rely on generic assessments published for standard packaging formats. For common e-commerce packaging like corrugated cardboard boxes, standard assessments will cover most cases without requiring individual testing.
Does a Grade A packaging format pay lower EPR fees?
Yes, through eco-modulation. Most EU countries' PROs already apply eco-modulation adjustments that reward recyclable packaging with lower per-kilogram fee rates. Under the PPWR, these adjustments become standardized. Grade A and B packaging typically attracts a discount of 10-30% on base fee rates, while Grade D and E packaging faces surcharges. The exact modulation percentages vary by country and are updated annually.
Is my corrugated cardboard shipping box already Grade A?
Standard corrugated cardboard boxes without problematic coatings, laminations, or adhesives generally score in the Grade A or B range. However, boxes with moisture-barrier coatings (wax or plastic), heavy ink coverage, or non-paper labels can score lower. The key factors are whether the box can be sorted correctly at recycling facilities and whether any coatings or additives disrupt the recycling process. A plain brown corrugated box is among the highest-scoring packaging formats.
What is the difference between recyclability grade and recycled content?
Recyclability grade measures how well the packaging can be collected, sorted, and recycled at end of life — it is a forward-looking measure of the packaging's design. Recycled content measures what percentage of the packaging material was itself made from previously recycled material — it is a backward-looking measure of what went into making the packaging. Both are required under the PPWR, but they are assessed and reported separately. High recyclability does not guarantee high recycled content, and vice versa.
For more on how recyclability grades interact with fee rates, see eco-modulation optimization. To understand how to document and evidence your packaging's recyclability claims during compliance checks, see the EPR audit preparation guide.