EU PFHxA Restriction for Food Packaging in 2026: A Practical Compliance Guide for Importers
Updated: October 23, 2026
The European food packaging market is facing another important regulatory change.
On October 10, 2026, new restrictions on perfluorohexanoic acid (PFHxA), its salts, and PFHxA-related substances became applicable to certain food-contact paper and cardboard materials under the EU REACH Regulation.
This development follows the application of the EU Packaging and Packaging Waste Regulation (PPWR), including its PFAS limits for food-contact packaging, which began on August 12, 2026.
For food packaging importers, distributors, restaurant suppliers, and wholesale buyers, these overlapping requirements create an important question:
How can businesses verify that the food packaging they purchase is suitable for the European market?
The answer requires more than choosing packaging advertised as biodegradable, compostable, or PFAS-free.
Buyers need to understand the relevant regulations, identify which products fall within their scope, and obtain appropriate technical documentation from suppliers.
This guide explains the EU PFHxA restriction for food packaging, compares it with the PPWR, and provides practical sourcing recommendations for international buyers.
1. What Is the EU PFHxA Restriction for Food Packaging?
PFHxA stands for perfluorohexanoic acid, a substance belonging to the wider group of per- and polyfluoroalkyl substances (PFAS).
PFAS have historically been used in certain food-contact materials because some compounds provide resistance to grease, oil, moisture, and other substances.
These properties can be useful in products such as:
Grease-resistant food wrapping paper
Bakery bags
Paper takeaway containers
Food-contact paper and cardboard
Certain coated food packaging materials
However, concerns about the environmental persistence of PFAS have resulted in increasingly strict chemical regulations.
The European Commission adopted Regulation (EU) 2024/2462 to restrict PFHxA, its salts, and PFHxA-related substances in specified applications.
For paper and cardboard intended to contact food, the restriction became applicable on October 10, 2026.
The relevant legal text is available in Commission Regulation (EU) 2024/2462.
1.1 The New PFHxA Concentration Limits
The regulation establishes two concentration limits for the affected applications.
Restricted substances | Concentration limit | Measurement basis |
Sum of PFHxA and its salts | 25 ppb | Homogeneous material |
Sum of PFHxA-related substances | 1,000 ppb | Homogeneous material |
Products within the restriction's scope must not be placed on the market or used when the relevant concentrations are equal to or greater than these limits.
An important distinction is that the restriction concerns the concentration of specified chemicals in the material.
It is not simply a food migration limit.
Therefore, a food-contact migration test alone may not demonstrate compliance with the PFHxA restriction.
1.2 Does the Restriction Apply to Existing Inventory?
The regulation includes an exemption for articles and mixtures placed on the market before October 10, 2026.
However, the date on which a product was manufactured is not necessarily the date on which it was placed on the EU market.
Importers should maintain appropriate documentation showing when the relevant goods were first placed on the market.
For products entering the EU market after the applicable date, businesses should verify compliance before proceeding with distribution.
2. EU PFHxA Restriction for Food Packaging vs. PPWR: What Is the Difference?
One of the most common sources of confusion is the relationship between the new PFHxA restriction and the EU Packaging and Packaging Waste Regulation.
Although both address PFAS, they are not identical.
The PPWR introduces broader requirements for packaging placed on the EU market.
Under Article 5(5) of Regulation (EU) 2025/40, food-contact packaging has been subject to specified PFAS concentration limits since August 12, 2026.
The official regulation can be found in Regulation (EU) 2025/40.
2.1 Comparing the Two Regulations
Requirement | REACH PFHxA restriction | PPWR PFAS restriction |
Relevant legislation | Regulation (EU) 2024/2462 | Regulation (EU) 2025/40 |
Application date | October 10, 2026 | August 12, 2026 |
Chemical scope | PFHxA, its salts and related substances | Broader PFAS group |
Product scope | Specified applications, including food-contact paper and cardboard | Food-contact packaging |
Individual PFAS limit | Not expressed as a general individual-PFAS limit | 25 ppb |
Combined substance limit | 25 ppb for PFHxA and salts; 1,000 ppb for related substances | 250 ppb for the targeted PFAS sum |
Total PFAS limit | No equivalent general 50 ppm limit in this restriction | 50 ppm, including polymeric PFAS |
Existing inventory | Specific exemption for products already placed on the market before the applicable date | No general stock-exhaustion period for products first placed on the market after August 12, 2026 |
The two regulations have different chemical scopes and measurement requirements.
For example, a paper food container may need to satisfy both sets of requirements.
Passing a test for one restricted substance does not automatically establish compliance with every other applicable chemical restriction.
2.2 Why This Matters for Importers
Consider a distributor purchasing grease-resistant paper food containers.
The supplier provides a laboratory report indicating that the product meets a general PFAS testing requirement.
However, the report does not identify whether the relevant PFHxA-related substances were included in the analytical scope.
The distributor may still need additional information to establish compliance with the REACH restriction.
Similarly, a report addressing PFHxA alone may not be sufficient to demonstrate compliance with the broader PPWR limits.
The practical lesson is simple: buyers should evaluate the scope of a laboratory report, not just whether its conclusion says "Pass."
3. Does the EU PFHxA Restriction for Food Packaging Apply to Bagasse Tableware?
Sugarcane bagasse is a renewable agricultural by-product generated during sugar production.
After processing, the plant fibers can be molded into foodservice products such as plates, bowls, trays, clamshell containers, and takeaway boxes.
These products are increasingly considered by businesses seeking alternatives to conventional disposable plastic packaging.
However, the regulatory classification of a product depends on its materials, intended use, and applicable legal definitions.
3.1 Bagasse Packaging and PPWR
Bagasse food containers that qualify as food-contact packaging under the PPWR must comply with the applicable PPWR requirements, including the PFAS limits.
Examples may include:
Bagasse takeaway food boxes
Molded-fiber meal containers
Food delivery clamshell packaging
Bagasse bowls used as filled food packaging
However, not every food-contact article is necessarily packaging.
A disposable plate sold as standalone tableware, for example, may require a different regulatory assessment from a container used to package food for sale.
Buyers should distinguish between food-contact material compliance and packaging-specific requirements.
3.2 Bagasse Products and the REACH PFHxA Restriction
The October 2026 REACH restriction specifically identifies paper and cardboard used as food-contact materials.
Whether a particular molded-fiber product falls within that material classification requires an assessment of its composition and applicable regulatory interpretation.
Importers should not automatically assume that every bagasse product is legally classified as paper or cardboard.
Equally, they should not assume that molded-fiber products are exempt from all relevant PFAS requirements.
The safest purchasing approach is to obtain material information and clarify the product's regulatory classification before placing large orders.
3.3 What About Coated Bagasse Containers?
Some molded-fiber packaging products use additional barrier systems to improve performance.
Depending on the product design, these may include:
Water-based barrier coatings
PLA coatings
PE coatings
Other functional barrier materials
The coating system can influence grease resistance, moisture resistance, sealing performance, food-contact suitability, and end-of-life characteristics.
Importantly, a coating described as PFAS-free does not automatically make the complete packaging product compliant.
The finished article and its relevant components must be evaluated against applicable requirements.
In addition, not all coated fiber products are compostable.
For example, a fiber container with a conventional plastic coating should not automatically be marketed as fully compostable merely because its main body is made from plant fibers.
Compostability claims should be supported by suitable evidence for the finished product.
4. Which Food Packaging Products Require Special Attention?
Different food packaging materials present different compliance considerations.
The following table provides a practical starting point for procurement teams.
Product category | Main considerations | Recommended buyer action |
Paper cups | Paper substrate, barrier coating, food-contact suitability | Verify material structure and applicable PFAS requirements |
Paper soup bowls | Coating composition, hot-food performance | Request coating details and relevant test reports |
Paper takeaway boxes | Grease resistance, adhesives, inks | Check chemical compliance and component documentation |
Bagasse clamshells | Molded-fiber composition, barrier treatment | Confirm PPWR scope and applicable test evidence |
Bagasse plates | Food-contact requirements and product classification | Determine whether packaging-specific rules apply |
Bagasse bowls with plastic lids | Different materials and components | Assess the container and lid separately where appropriate |
Plastic food containers | PPWR requirements and material-specific food-contact rules | Request material-specific compliance documentation |
This table is a procurement guide rather than a legal classification of every product.
A product's actual obligations depend on its construction and intended use.
5. How Should Importers Test Food Packaging for PFAS Compliance?
Testing is one of the most important parts of a reliable compliance process.
However, selecting the appropriate laboratory method requires an understanding of the substances being investigated.
The European Commission published a working document dated July 16, 2026, addressing sampling and testing for PFAS in food-contact packaging.
The document provides practical recommendations for manufacturers, laboratories, and market surveillance authorities.
It is available here:
The document is non-binding and does not replace the applicable legislation.
5.1 Start With a Material and Supply Chain Assessment
Before commissioning laboratory testing, buyers should obtain a clear description of the packaging.
This should identify:
Main raw materials
Coatings and barrier treatments
Adhesives and printing inks
Processing aids where relevant
Separate components such as lids
Potential contamination sources
For example, a bagasse food container with a transparent lid may involve two different materials and manufacturing processes.
The container and lid should not automatically be treated as one homogeneous material for analytical purposes.
5.2 Understand the Available Testing Methods
Several analytical approaches may be relevant.
Testing approach | Main purpose | Important limitation |
Total fluorine screening | Measures overall fluorine content | Does not identify every individual PFAS |
Targeted PFAS analysis | Measures selected individual PFAS | Limited to substances covered by the method |
Total oxidizable precursor analysis | Helps assess certain PFAS precursors | Requires suitable analytical procedures |
PFHxA-specific analysis | Addresses the relevant PFHxA substances | Must include the applicable substances and reporting limits |
Food-contact migration testing | Evaluates transfer of substances under specified conditions | Does not replace material concentration testing |
The Commission recommends a risk-based approach to PFAS verification.
Total fluorine screening can be useful as an initial assessment, but businesses should not automatically interpret one screening result as proof of compliance with every individual concentration limit.
Where testing is required, the selected method should be appropriate for the regulatory question.
5.3 Why Laboratory Detection Limits Matter
A laboratory report may state that a substance was not detected.
However, "not detected" does not necessarily mean that the substance is completely absent.
It means the laboratory did not detect the substance under the conditions and detection limits of the method used.
Importers should therefore review:
The list of substances tested.
The analytical method.
The limit of detection.
The limit of quantification.
The sample identification.
The relevant test results.
The laboratory's competence and accreditation scope.
A report with insufficient analytical sensitivity may not provide the evidence needed for a low concentration threshold.
6. What Documents Should Food Packaging Importers Request From Suppliers?
A reliable supplier evaluation should include more than a product catalogue and price quotation.
For buyers sourcing food-contact packaging for the European market, the following documentation may be relevant.
6.1 Product Technical Data Sheet
The technical data sheet should identify the product and its intended application.
Useful information includes:
Product code
Dimensions
Weight
Material composition
Coating information
Intended food-contact applications
Temperature and use limitations
Packing specifications
This helps importers match laboratory evidence to the actual product being purchased.
6.2 Relevant Laboratory Test Reports
Test reports should correspond to the materials and chemical requirements applicable to the product.
Where PFAS testing is relevant, the report should clearly identify the analytical scope and results.
A generic report for a different product, coating, or material formulation should not automatically be treated as evidence for the product under consideration.
6.3 Food-Contact Compliance Documentation
Food-contact articles supplied to the EU must comply with applicable food-contact legislation, including Regulation (EC) No 1935/2004.
Additional material-specific requirements may apply.
Importers should request appropriate supporting information for the intended food-contact conditions.
A document addressing compostability does not replace food-contact safety evidence.
6.4 Packaging Conformity Documentation
For packaging covered by the PPWR, the relevant economic operators must address applicable conformity assessment and documentation obligations.
Technical documentation may include product descriptions, materials, risk assessments, test evidence, and other information required under the regulation.
Buyers should establish which party is responsible for preparing and maintaining the required documents.
6.5 Compostability Certification
Compostability and chemical compliance are separate issues.
A product may satisfy a compostability standard without that certificate establishing compliance with every applicable PFAS restriction.
Likewise, a product may meet PFAS concentration limits without being compostable.
Importers should verify the scope of any EN 13432, OK Compost, or other compostability claim.
The certification should cover the relevant product or product family and applicable construction.
6.6 Traceability Records
Traceability becomes particularly important when products are manufactured in different batches or use different coating formulations.
Buyers should ask suppliers how they connect:
Product codes
Production batches
Material suppliers
Laboratory reports
Shipment documentation
This information can help businesses investigate quality or compliance concerns after importation.
7. A Practical Supplier Compliance Checklist for EU Buyers
Before confirming a bulk order, importers can use the following process.
Step | Verification question | Recommended evidence |
1 | What exactly is the product made from? | Material specification |
2 | Is it classified as food-contact packaging? | Intended-use and regulatory assessment |
3 | Which chemical restrictions apply? | Applicable regulatory checklist |
4 | Does the product use any functional coating? | Coating information |
5 | Are relevant PFAS requirements addressed? | Appropriate test reports and supplier declarations |
6 | Are food-contact requirements satisfied? | Supporting food-contact documentation |
7 | Are environmental claims supported? | Product-specific certification evidence |
8 | Can documents be linked to the supplied product? | SKU and batch traceability |
9 | Does the packaging perform as required? | Sample evaluation and application testing |
10 | Is the supplier suitable for repeat orders? | Quality and supply-chain assessment |
This checklist is especially useful for importers purchasing multiple product categories from the same supplier.
A supplier may offer paper cups, bagasse bowls, plastic lids, and takeaway boxes, but each category may require different supporting documentation.
8. How to Select Suitable PFAS-Free Food Packaging Alternatives
Regulatory compliance is essential, but packaging must also perform well in real foodservice applications.
For distributors and restaurant suppliers, the ideal product balances compliance, functionality, availability, and cost.
8.1 Consider the Food Application
Different foods create different packaging requirements.
For example:
Hot meals
Containers should be evaluated for heat resistance, structural stability, and suitability for the intended food-contact conditions.
Oily foods
Grease resistance and the performance of any barrier treatment become important.
Liquid foods
Leakage resistance, lid compatibility, and the duration of contact should be assessed.
Cold foods
Moisture resistance, condensation, and storage conditions may influence product selection.
A packaging material should be selected based on its intended use rather than its environmental description alone.
8.2 Compare Material Options
Material | Potential advantages | Points to verify |
Uncoated bagasse | Renewable fiber-based structure | Moisture and grease performance |
Bagasse with water-based barrier | May improve resistance for selected applications | Coating composition, food-contact suitability, compostability |
PLA-coated paper | Functional barrier options | Applicable food-contact and compostability requirements |
PE-coated paper | Established moisture-barrier applications | Plastic content and end-of-life limitations |
PP food containers | Durable packaging for suitable applications | Food-contact and packaging regulatory requirements |
PET food containers | Transparent packaging options | Intended-use temperature and regulatory compliance |
No single material is the best solution for every application.
Buyers should compare products according to the requirements of their market and customers.
8.3 Evaluate the Complete Packaging System
A takeaway container is often sold together with a lid.
For example, a molded-fiber container may be paired with a PET or PP lid.
The finished packaging system should be evaluated for:
Container dimensions
Lid fit
Leakage resistance
Food-contact conditions
Component-specific compliance
Storage and transport performance
A compliant container does not automatically establish that a separately manufactured lid meets every applicable requirement.
9. How Can EU Importers Reduce Compliance and Purchasing Risks?
Importers should integrate compliance checks into the purchasing process rather than treating them as a final step before shipment.
9.1 Confirm Requirements Before Requesting Prices
When sending an RFQ, identify the destination market and intended use.
For example, a buyer importing food containers into Germany should specify whether the products will be used for hot meals, chilled food, takeaway delivery, or retail packaging.
This helps suppliers recommend suitable products and supporting documentation.
9.2 Evaluate Samples Before Bulk Production
Product samples allow buyers to evaluate physical performance.
Depending on the application, buyers may assess:
Dimensions and weight
Product appearance
Structural stability
Lid compatibility
Grease and moisture resistance
Stacking performance
Carton packing suitability
Where necessary, representative samples should also undergo appropriate laboratory evaluation.
9.3 Calculate Total Landed Cost
The cheapest FOB quotation does not always represent the lowest overall purchasing cost.
A more complete comparison should consider:
Total landed cost = Product cost + Freight + Insurance + Applicable duties + Customs-related charges + Compliance costs + Other applicable import expenses
The actual calculation depends on the agreed Incoterm and the importing market.
Buyers should also consider the financial consequences of unsuitable packaging, delayed shipments, or documentation problems.
9.4 Build a Repeatable Supplier Approval Process
For long-term purchasing programs, importers can create an approved product list.
Each approved SKU should have a corresponding technical file.
If the supplier changes the coating, material formulation, or production process, the buyer should determine whether additional verification is necessary.
This approach can make repeat orders more efficient while reducing the risk of inconsistent specifications.
10. Example: Evaluating a Bagasse Takeaway Container for Germany
Consider a hypothetical German food packaging distributor planning to purchase 750 ml molded-fiber takeaway containers with transparent lids.
The distributor intends to supply restaurants and takeaway businesses.
Instead of selecting a supplier based only on the quotation, the buyer follows a structured approval process.
Step 1: Confirm the Product Structure
The supplier identifies the molded-fiber container, any barrier treatment, and the material used for the transparent lid.
Step 2: Identify Applicable Requirements
The buyer assesses whether the product qualifies as food-contact packaging under the PPWR and whether any additional material-specific restrictions apply.
Step 3: Request Supporting Documentation
The buyer requests relevant food-contact information, material specifications, and PFAS compliance evidence.
Step 4: Evaluate Product Samples
The distributor tests the container with representative food applications and checks lid compatibility.
Step 5: Confirm Commercial Specifications
The buyer verifies unit weight, packing quantity, carton dimensions, minimum order quantity, lead time, and delivery terms.
Step 6: Approve the Product
Once the necessary commercial and compliance checks are complete, the distributor can proceed with a trial order.
This process helps reduce uncertainty before committing to a larger shipment.
11. How MANA ECO Supports International Food Packaging Buyers
MANA ECO supplies sugarcane bagasse tableware and food packaging solutions for international distributors, wholesalers, and foodservice businesses.
Our product range includes molded-fiber plates, bowls, takeaway containers, trays, clamshells, and other food packaging products.
Buyers can explore our bagasse food packaging range to identify products suitable for their target applications.
For international sourcing projects, we can assist with product selection, specification review, sample arrangements, and requests for relevant technical information.
Our quality control and certification information explains the quality management areas we focus on when supporting international customers.
When evaluating packaging for regulated markets, we recommend reviewing the documentation applicable to each specific product rather than relying on general material claims.
What Information Should Buyers Provide?
To help identify suitable products, please share:
Destination country or market
Required product types
Preferred dimensions and capacities
Intended food applications
Estimated purchasing quantities
Required certifications or testing documents
Preferred delivery terms
These details allow us to review the available options and discuss a practical sourcing plan.
12. Frequently Asked Questions
Is the EU PFHxA restriction already in force?
Yes. The restriction became applicable to specified product categories, including food-contact paper and cardboard, on October 10, 2026.
Is PFHxA the same as PFAS?
No. PFHxA is a specific substance within the wider PFAS group.
The REACH PFHxA restriction and the PPWR PFAS limits have different scopes and should be assessed separately.
Does a PFAS-free declaration guarantee compliance?
Not necessarily.
The statement should be supported by appropriate evidence and must be evaluated against the applicable legal requirements.
Are all bagasse plates and bowls covered by the PPWR?
Not automatically.
The PPWR applies to packaging within its scope. Standalone tableware and food-contact packaging may require different regulatory assessments.
Does EN 13432 certification prove that a product meets the PFHxA restriction?
No.
EN 13432 addresses compostability requirements. It is not a substitute for demonstrating compliance with applicable chemical restrictions.
Can importers use existing laboratory reports?
Potentially, provided the reports remain relevant to the product, material formulation, analytical scope, and applicable requirements.
Importers should verify that the tested samples correspond to the products being supplied.
Do all packaging products need laboratory testing for every production batch?
Not necessarily.
The European Commission's non-binding technical guidance supports a risk-based approach, including supply-chain information and appropriate testing where necessary.
However, manufacturers and other responsible economic operators must still be able to demonstrate compliance with applicable requirements.
Can a food packaging supplier provide both product samples and technical documentation?
Many suppliers can assist with samples and relevant technical information.
The availability and scope of documents should be confirmed for the specific products under consideration.
Conclusion: Compliance Is Becoming Part of the Purchasing Decision
The EU PFHxA restriction for food packaging represents another important development in European food-contact material regulation.
Together with the PPWR, it reinforces the importance of understanding material composition, chemical restrictions, and product-specific documentation.
For importers and distributors, the key purchasing considerations now extend beyond price and appearance.
Buyers should evaluate the intended application, applicable regulations, supporting evidence, product performance, and supplier reliability.
Sugarcane bagasse packaging can be a useful option for many foodservice applications, but its suitability must be evaluated according to the requirements of each product and destination market.
Looking for sugarcane bagasse food packaging for your European distribution business?
MANA ECO can help you review available product designs, compare specifications, and discuss sample and documentation requirements.
Contact MANA ECO to discuss your next packaging sourcing project.
Email: abel@mana-eco.com
WhatsApp: +86 19106518992
Regulatory information in this article is provided for general business reference. Buyers should confirm the requirements applicable to their specific products and markets with qualified compliance professionals or competent authorities.
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