PFAS in food packaging: What the 2026 EU PFAS ban means for food contact materials

From 12 August 2026, the EU will ban PFAS above strict thresholds in all food-contact packaging under the new Packaging and Packaging Waste Regulation (PPWR / Regulation (EU) 2025/40).^{1eur-lex.europa.eu} For FMCG and food brands, PFAS in food packaging becomes an immediate, data-driven compliance challenge.

1. Why PFAS in food packaging matters for leadership
   1. PFAS basics and their role in food packaging
   2. From emerging concern to strict regulation
2. EU PFAS rules for food contact materials (PPWR)
   1. Key dates and scope of the ban
   2. PFAS limit values for packaging
   3. Compliance responsibilities along the value chain
3. Food packaging formats with highest PFAS risk
   1. Typical high-risk applications
   2. PFAS risk by packaging material
4. How to build a PFAS risk assessment
   1. Step 1 – Map all food contact materials
   2. Step 2 – Prioritise packaging by PFAS risk
   3. Step 3 – Develop a pragmatic testing strategy
   4. Step 4 – Integrate PFAS into packaging governance
5. How Packa’s digital packaging management supports PFAS compliance
   1. Typical data gaps in PFAS readiness
   2. Using digital Verpackungsmanagement as a PFAS control tower
6. Roadmap to be ready for the PFAS ban by August 2026
7. Frequently asked questions
8. Conclusion: Using PFAS rules to drive safer, smarter packaging

This article outlines what the ban means for food contact materials, highlights risk-exposed packaging formats, explains how to build a practical PFAS risk assessment—and why digital packaging management is now crucial for food packaging safety.

Why PFAS in food packaging matters for leadership

PFAS basics and their role in food packaging

Per- and polyfluoroalkyl substances (PFAS) are a large group of over 10,000 synthetic chemicals, valued since the 1940s for their oil, water, and stain resistance.^2lemonde.fr In food packaging, PFAS typically provide:

• Grease and water barriers in paper and cardboard (e.g. burger wraps, bakery bags, fast-food boxes)
• Coatings and adhesives in flexible plastics and laminates
• Processing aids, lubricants, or release agents in packaging production^{3plastmatch.com}

Studies confirm that fluorinated compounds are prevalent in fast-food packaging. One major US survey detected elevated fluorine in about a third of tested samples, pointing to widespread PFAS treatments.^{4pmc.ncbi.nlm.nih.gov}

PFAS are often called "forever chemicals" due to their extremely persistent carbon-fluorine bonds, causing environmental accumulation in people and wildlife.^2lemonde.fr Long-term exposure is linked to health risks including certain cancers, developmental effects, immune suppression, and hormone disruption.^{5gpcgateway.com} Migration from PFAS-treated food packaging into food is a direct risk for consumers.^{6academic.oup.com}

From emerging concern to strict regulation

The EU already regulates hazardous substances in food contact materials, as seen with heavy metals and BPA in packaging.^{7food.ec.europa.eu} Now, the PPWR explicitly targets PFAS as a group:

• Recognising food-contact packaging among the largest PFAS uses in the EU
• Arguing that PFAS hazards have no safe threshold, creating an unacceptable risk by exposure via packaging
• Mandating PFAS restriction in food-contact packaging across the Union^{1eur-lex.europa.eu}

For packaging decision-makers, PFAS is now a core matter of regulatory compliance and business continuity.

EU PFAS rules for food contact materials (PPWR)

Key dates and scope of the ban

PPWR (Regulation (EU) 2025/40) was adopted in December 2024, published in January 2025, and came into force on 11 February 2025. Main provisions apply from 12 August 2026.^{8sustainabilityservices.eurofins.com}

Under Article 5(5) PPWR:

• From 12 August 2026, food-contact packaging exceeding PFAS limits is banned from the EU market.
• Food-contact packaging includes all packaging intended for or already in contact with food, such as disposable packaging filled at point of sale (e.g. takeaway cups, trays).^{9anthesisgroup.com}
• Placing on the market means packaging or packaged goods supplied for use, distribution, or consumption in the EU, paid or free.^{1eur-lex.europa.eu}

Implications for stock:

• Packaging placed on the market before 12 August 2026 is not affected retroactively.
• Packaging produced earlier but first used in products sold after 12 August 2026 must comply—the compliance date refers to when the packed product enters the EU market.

PFAS limit values for packaging

Article 5(5) PPWR sets three PFAS thresholds for food-contact packaging. Packaging cannot be placed on the market if any of the following limits are reached or exceeded:^{1eur-lex.europa.eu}

These limits supplement other chemical restrictions (e.g., REACH, POPs Regulation, food-contact rules).

In effect, intentional PFAS use in food packaging is incompatible with EU law from August 2026, and even minimal contamination must be managed and documented.

Compliance responsibilities along the value chain

PPWR and other EU product laws place obligations on multiple parties:^{1eur-lex.europa.eu}

• Manufacturers and brand owners—must ensure packaging for their products meets PFAS limits at market entry.
• Packaging converters and suppliers—must provide compliant food-contact materials and technical documentation.
• Importers—are treated as manufacturers for products entering from outside the EU, responsible for PFAS compliance.
• Distributors and retailers—must not supply non-compliant packaging once PPWR applies.

For FMCG, PFAS in food packaging is a shared responsibility across packaging, procurement, quality, and regulatory teams.

Food packaging formats with highest PFAS risk

PFAS can enter packaging by intentional use (e.g., grease barriers) or unintentional contamination (e.g., processing aids, recycled content, cross-contamination).^{3plastmatch.com}

Typical high-risk applications

Industry studies and best practice indicate highest risk in:^{10pubs.acs.org}

• Grease-resistant paper and cardboard
  • Fast-food wrappers, boxes
  • Bakery and pastry bags
  • Pizza boxes
  • Moulded fibre trays, clamshells
• Fibre-based single-use tableware
  • Moulded fibre plates, bowls, takeaway containers
• Plastic packaging with barriers
  • Coated films, fatty-food laminates
  • Microwave-ready trays, lidding films
  • Barrier coatings and primers with fluorinated chemistries
• Coatings, adhesives, inks
  • Laminating adhesives with fluorinated components
  • Printing inks or primers with PFAS-based additives
• Processing aids
  • Lubricants, release agents, surfactants that may leave residues

PFAS risk by packaging material

The table below outlines relative PFAS risk by packaging material. Actual risk must be assessed at specification level.

For many, the greatest impact will fall on fibre-based formats (often used for sustainability claims) and complex plastics for high-fat foods.

How to build a PFAS risk assessment

With large SKU numbers and limited lab capacity, testing every pack for PFAS isn't feasible. A structured, risk-based approach lets you focus on high-priority packaging first.

Industry groups and advisors, including Circular Analytics (WPO advisors), recommend starting with a targeted risk assessment.^{11foodprocessing.com.au}

Step 1 – Map all food contact materials

Start with data. For each food-contact pack, build an extended material list that covers:

• Base materials (e.g., kraft, board grade, resin type, fibre)
• Coatings, surface treatments (barrier coatings, varnishes)
• Laminating adhesives, tie layers
• Printing inks, varnishes
• Closures, seals, gaskets
• Processing aids present in the final article

Packa projects typically reveal that 30-70% of critical data points are missing or incomplete if companies rely on scattered Excel files and unstructured PDFs. Robust PFAS assessments, and broader compliance checks (e.g., PPWR, EPR, recyclability), require closing these gaps.

Digitales Verpackungsmanagement like Packa centralises, structures, and analyses specification data from diverse sources—an essential step for reliable PFAS screening.

Step 2 – Prioritise packaging by PFAS risk

With full material lists, score each pack for PFAS risk:

• Intended use
  • High-fat/oily foods
  • High temperature (baking, microwaving, hot-fill)
  • Long shelf life in contact with packaging
• Material and format
  • Fibre-based, plastic, metal, or glass
  • Functional barriers, specialty coatings
  • Multi-layer laminates with unknown adhesives
• Supplier and process
  • PFAS-free commitments
  • Manufacturing regions/industries with PFAS use
  • Quality of declarations

Group SKUs as high, medium, or low PFAS risk, and adapt testing/documentation accordingly. This matches best practice from Circular Analytics, inDUfed, and industry stakeholders.^12indufed.be

Step 3 – Develop a pragmatic testing strategy

A typical strategy combines screening with targeted methods:

• Total fluorine / organic fluorine screening

  • Combustion ion chromatography (CIC) or PIGE provide fluorine content as a PFAS proxy
  • CIC-based methods can detect fluorine below 1 ppm in food-contact materials^{6academic.oup.com}
  • The 50 mg/kg total PFAS PPWR limit is often interpreted as a threshold for intentional addition^13spnews.com

• Targeted PFAS analysis (LC-MS/MS, GC-MS/MS)

  • Use on high-risk items flagged during screening
  • Extended panels (~150-165 substances) now recommended for packaging to cover legacy and new PFAS^13spnews.com

• Precursors and sum parameters

  • TOP Assay and advanced MS detect precursor PFAS not captured by standard tests^{6academic.oup.com}

As of early 2026, no harmonised EU analysis method is mandated; standardised protocols are still in development. Industry groups advocate for practical, standardised protocols referencing the RISE method and a defined PFAS list.^12indufed.be

For brands, collaborate with experienced labs and fully document your compliance process.

Step 4 – Integrate PFAS into packaging governance

Integrate PFAS checks into your wider safety management. Key actions include:

• Update packaging specifications to capture PFAS-relevant criteria (e.g., coatings, adhesives)
• Revise supplier contracts to require PFAS-related disclosures
• Include PFAS queries in supplier onboarding and change control
• Set re-testing frequencies based on risk and packaging changes
• Ensure audit-ready documentation links every SKU to PFAS declarations, test reports, and risk category

Packa's platform supports audit-ready workflows, automated supplier data collection, and compliance documentation, and can easily extend these processes to PFAS, reducing manual effort and errors.

How Packa’s digital packaging management supports PFAS compliance

Typical data gaps in PFAS readiness

Packa repeatedly sees the following data challenges during FMCG PFAS and PPWR preparation:

• Fragmented packaging data—specifications split across ERP, Excel, emails, and PDFs make portfolio-wide PFAS risk mapping impossible
• Incomplete bills of materials—coatings, adhesives, and treatments are often missing or vaguely described
• No unified source for regulatory attributes—key fields for PPWR, EPR, recyclability, and PFAS are not harmonised, causing redundant data collection

Using digital Verpackungsmanagement as a PFAS control tower

A dedicated digitales Verpackungsmanagement platform enables companies to:

• Centralise specifications (materials, coatings, adhesives, formats)
• Apply AI-powered data extraction to legacy files and ERP exports, reducing manual errors
• Filter for PFAS risk across all food-contact SKUs (e.g., all fibre-based packs for fatty foods where coating data is missing)
• Coordinate automated supplier outreach to collect PFAS data and updated documentation
• Store PFAS test reports and declarations in compliance-ready workflows, alongside PPWR/EPR records

For organisations already using Packa's platform for PPWR, recyclability, and EPR, adding PFAS attributes is a straightforward step.

Roadmap to be ready for the PFAS ban by August 2026

PPWR PFAS provisions apply from 12 August 2026—a short timeline for packaging development cycles.^{1eur-lex.europa.eu}

• Map all food-contact SKUs; build extended materials lists
• Identify high-risk formats (fibre-based, high-fat foods, laminates)
• Choose partner labs and testing strategy
• Q4 2025 - Q1 2026 – Testing & redesign
  • Conduct PFAS screening and targeted testing
  • Work with suppliers to find alternatives
  • Prioritise redesigns for high-volume/critical SKUs
  • Begin updating documentation and declarations
• Q2 - Q3 2026 – Implementation & verification
  • Finalise compliant packaging overhauls
  • Verify remaining medium-risk SKUs
  • Integrate PFAS checks into approval workflows
  • Train local teams on requirements

At every stage, digital packaging data is essential for prioritising, testing, and documenting compliance efficiently.

Frequently asked questions

Does the PPWR completely ban PFAS in food packaging from August 2026?

Not entirely—the PPWR restricts PFAS above strict concentration limits in food-contact packaging from 12 August 2026.^{1eur-lex.europa.eu} Intentional use is no longer possible. Trace contamination may remain but must be below thresholds and properly documented.

What counts as "food-contact packaging" under the PFAS rules?

Any packaging intended to contact food or already in contact counts, including:

• Retail packs filled before sale (e.g., yoghurt pots, snack bags, trays)
• Disposable packs filled at sale (e.g., takeaway cups, bakery bags, fast-food boxes)
• Direct-contact components (lids, closures, liners, trays)^{7food.ec.europa.eu}

Outer packaging with no food contact is not covered—though other PPWR rules may apply.

Does the PFAS ban apply to packaging produced before August 2026?

Placing on the market is decisive, not production date. Packaging (or goods) first supplied from 12 August 2026 must comply—even if produced earlier.^{1eur-lex.europa.eu}

Stock already placed on the market before that date is unaffected by the PPWR PFAS restriction but may be subject to other rules; discuss cases with your legal team.

How should we test for PFAS in food packaging to show compliance?

As of early 2026, no mandatory EU method exists. Best practice:

1. Total fluorine/organic fluorine screening (CIC or PIGE) for initial detection^{6academic.oup.com}
2. Targeted PFAS analysis (LC-MS/MS, extended panels) for high-risk items; compare results to PPWR thresholds^13spnews.com

Always use specialist food-contact labs and document all procedures, detection limits, and uncertainties.

Is it enough to ask suppliers for "PFAS-free" declarations?

Supplier declarations are needed—but not sufficient. The PPWR requires operators to demonstrate compliance by:

• Maintaining up-to-date compliance statements for PFAS and other substances
• Collecting supporting analytical data for high-risk cases
• Linking each packaging SKU to suppliers, declarations, and test reports^{1eur-lex.europa.eu}

Digital packaging management like Packa links specs and test results directly, clearly highlighting incomplete or outdated documentation.

Conclusion: Using PFAS rules to drive safer, smarter packaging

The 2026 PFAS restrictions in food-contact packaging are among the most significant shifts in European packaging safety in decades. They stand alongside recyclability targets, recycled-content rules, and EPR requirements—all of which depend on detailed, reliable packaging data.^{1eur-lex.europa.eu}

For leaders in packaging, procurement, and quality, the priorities are clear:

• Achieve full transparency over all portfolio materials, coatings, and adhesives
• Establish a risk-based PFAS assessment and testing process
• Collaborate with suppliers to eliminate PFAS in high-risk packs
• Integrate PFAS checks into automated, digital Verpackungsmanagement workflows

Treating PFAS as a data and process challenge—with support from digital platforms like Packa for structured packaging data and automated supplier management—enables better regulatory risk control, cost management, recyclability, and packaging resilience.

The most effective starting point: create a complete, digital overview of every food-contact packaging item in use today. With this foundation, meaningful, data-driven PFAS decisions—and broader compliance—become achievable.