Food-Contact Compliance and PFAS Testing for Vietnam Wooden Kitchenware and Compostable Tableware: EU 1935/2004, LFGB, FDA and the Lab Reports That Actually Hold Up (2026 Buyer Guide)

On 12 August 2026 a compliance line that a lot of buyers had filed under future problem became a present one. From that date, food-contact packaging placed on the European Union market has to sit inside the PFAS limits written into Article 5(5) of the Packaging and Packaging Waste Regulation, Regulation (EU) 2025/40. There is no grace period attached to it. Stock already sitting in a European warehouse is not automatically safe, and the supplier who cannot produce a fluorine number on request is the supplier whose goods become an importer problem rather than a factory problem.

That deadline is a good reason to look properly at a subject most wooden kitchenware and compostable tableware buyers treat as a box to tick at the end of a negotiation. Food-contact compliance is not a certificate. It is a set of documents, tests and material decisions that have to be true about the goods actually produced, and it is far cheaper to build into a specification than to retrofit into a container that has already sailed.

Compliance Is a Specification Item, Not a Closing Formality

The pattern repeats across markets. A buyer negotiates material, finish, packaging and price over several weeks, then in the last email before the deposit asks the factory to send its food-safe certificate. What comes back is often a single-page laboratory report for a product that resembles the ordered item without being it: same species, different coating; same coating, different supplier; same factory, a sample hand-finished eighteen months ago for a different customer.

That document will pass a casual read. It will not survive a border inspection, a retailer compliance audit or a due-diligence question from an insurer, because none of those parties are checking whether a report exists. They are checking whether the report describes the goods in front of them. The way to avoid that gap is to treat compliance the way you treat dimensions and moisture content: written into the specification before pricing is agreed, tested on production material, and re-tested when anything in the bill of materials changes.

What Food-Contact Compliance Actually Covers

For the product families most Vietnamese exporters serve, four questions sit underneath every regulation in every market:

Does anything transfer from the article into the food? This is migration, and it is the core of the entire legal framework. Wood, moulded pulp, coatings, adhesives and inks can all release substances into food under heat, fat, acid or time.
Is anything present that is restricted regardless of migration? PFAS is the current example. Heavy metals, primary aromatic amines and certain phthalates are older ones.
Does the article change the food it touches? Taste and odour transfer is a real failure mode for wood and for uncoated fibre, and it is tested separately from chemical migration.
Can the factory prove it makes the article the same way every time? Good manufacturing practice is a legal requirement in the EU, not a courtesy.

A supplier who can answer those four questions with documents that name your SKU is compliant in a way that transfers across the EU, the Gulf, Japan, Korea and most of Asia. A supplier who answers them with a laminated certificate and reassurance is not.

The European Framework: One Regulation Everyone Cites, and the Gap Underneath It

Regulation (EC) No 1935/2004 is the framework law for food-contact materials in the EU, and it is the reference almost every Vietnamese factory quotes. Article 3 is the operative clause: materials must not transfer constituents to food in quantities that endanger human health, change the composition of the food unacceptably, or deteriorate its taste and smell. Article 15 governs the labelling, including the fork-and-glass symbol. Article 16 requires a written declaration of compliance for materials covered by a specific measure.

Alongside it, Regulation (EC) No 2023/2006 makes good manufacturing practice a legal obligation, with documented quality assurance and quality control systems in the factory. And Regulation (EU) No 10/2011 is the specific measure for plastics, setting the Union list of authorised substances, an overall migration limit of 10 mg per square decimetre of contact surface, specific migration limits for individual substances, the food simulants in Annex III and the test conditions in Annex V. It was most recently amended by Regulation (EU) 2026/245, published on 3 February 2026, which revised the Union list again.

Here is the gap that matters for this product category. Wood, paper and board have no harmonised EU specific measure. They fall under Article 3 of the framework regulation and then under national rules that differ from one member state to the next. The European Parliament research service, reviewing the state of play in 2026, described exactly this: paper and other materials rely mostly on national rules, producing fragmentation, uneven safety standards and unclear requirements for industry. A revision of the FCM framework has been in the legislative pipeline for years and has not yet closed that gap.

The practical consequence for a buyer is uncomfortable but simple. There is no single EU wooden kitchenware certificate to ask for, and any supplier who offers one is describing something that does not exist. What exists is a package: Article 3 compliance argued from test data, the relevant national reference for your destination market, GMP evidence, and a declaration that ties it to your article.

Wood in Food Contact: Article 3, National Rules and a Revoked Authorisation

For solid wood articles such as acacia serving boards, rubberwood utensils, bamboo tools and birch cutlery, the working reference set is Article 3, the Council of Europe technical guidance on wood used in food-contact materials, and the national rules of the destination country. France, for example, applies national provisions administered by the DGCCRF that address which wood species and treatments are acceptable for food contact. Germany works through the LFGB and the BfR recommendations. Italy, Spain and the Netherlands each have their own instruments.

One EU change that catches suppliers out concerns composites rather than solid wood. Commission Regulation (EU) 2023/1442 revoked the authorisation for wood flour and fibres, untreated, listed as FCM substance number 96, with effect from 1 August 2023. That revocation is the legal basis on which bamboo-fibre and wood-fibre filled plastic tableware, the products often marketed as bamboo melamine or bamboo fibre cups, are treated as non-compliant in the EU. Those goods are still offered widely across Asia, and they still generate European border rejections. If a supplier proposes a natural fibre filled plastic item for an EU buyer, that is a specification problem, not a paperwork problem.

Solid wood itself is not the issue. The finish usually is. A mineral oil or beeswax finish, a water-based lacquer and a solvent-based varnish are three completely different compliance conversations, and the test data has to cover the finish that is actually applied on the line.

Moulded Pulp, Bagasse and Paper: BfR XXXVI and a Revision in Progress

For bagasse plates, moulded pulp bowls, paper-based trays and similar compostable tableware, the reference that carries the most commercial weight in Europe is the German BfR Recommendation XXXVI on paper and board for food contact, together with its companion recommendations XXXVI/1, XXXVI/2 and XXXVI/3. It is a German instrument, not EU law, but buyers across the continent use it as the de facto benchmark because nothing harmonised exists to replace it.

BfR XXXVI is currently being restructured. The public consultation on a draft revision of all four recommendations closed on 30 June 2026, and formal publication is expected to follow. Buyers placing multi-season programmes should treat that as a live item: test reports issued against the current version will remain informative, but the specification you sign in 2026 should say which version applies and who pays for re-testing if the revised text changes a limit that affects your article.

A BfR XXXVI evaluation typically covers cold and hot water extracts, migration of primary aromatic amines, heavy metals, formaldehyde and glyoxal, optical brighteners, mineral oil hydrocarbons and, where relevant, phthalates. Primary aromatic amines are the item worth watching on printed or coloured fibre ware, because the detection limits are low and printing inks are a common source.

PFAS: The 12 August 2026 Line and the Grease Barrier Behind It

PFAS entered this product category through the back door. Moulded pulp and paper-based tableware needs to resist grease and moisture, and for two decades the cheapest way to achieve that was a fluorochemical treatment. The industry then spent several years replacing those treatments, unevenly and without always telling downstream buyers.

Article 5(5) of Regulation (EU) 2025/40, the Packaging and Packaging Waste Regulation, sets the limits that became applicable to food-contact packaging on 12 August 2026. Three numbers matter:

25 ppb for any individual PFAS, by targeted analysis, excluding polymeric PFAS.
250 ppb for the sum of PFAS, by targeted analysis, excluding polymeric PFAS.
50 ppm for total PFAS including polymeric PFAS, used as the screening threshold.

The screening step is where most commercial disputes will start. Laboratories generally approach the 50 ppm figure through total fluorine, measured by combustion ion chromatography or a comparable technique, because total fluorine is fast and cheap relative to a targeted PFAS panel. If total fluorine comes back above the threshold, the supplier has to be able to show, on request, how much of that fluorine is PFAS and how much is not. A factory that cannot answer that question has effectively failed, whatever the true chemistry of its product.

Two practical points follow. First, fluorine can arrive from places nobody suspects: a release agent on the forming tool, a recycled fibre input, a printing ink, a coating supplied by a third party. Testing the finished article is the only meaningful test. Second, the classification of a specific item as packaging under the PPWR is not always obvious, and cutlery, tableware and service items are not all treated identically. Buyers should confirm the classification of their own SKUs with their regulatory adviser rather than assuming the limit either does or does not bite.

Outside the EU the direction of travel is the same. In the United States, the Food and Drug Administration confirmed that PFAS-based grease-proofing agents are no longer sold for food-contact use in that market, and several states, California among them, have set their own total organic fluorine thresholds for plant-fibre food packaging. Denmark moved earlier than the EU as a whole. For a Vietnamese exporter, the sensible position is a single PFAS-free specification applied to all output rather than market-by-market variants, and a total fluorine result on file for every fibre-based SKU.

LFGB, Sensory Testing and the Failure Mode Nobody Budgets For

German buyers, and many retailers elsewhere who use German standards as a proxy, will ask for LFGB compliance. The relevant provisions of the German Food and Feed Code prohibit placing on the market articles that transfer substances to food in amounts that are harmful, and articles that impair the food. That second half is the part that catches wooden kitchenware.

Sensory testing, usually to DIN 10955, puts the article in contact with a neutral medium under defined conditions and has a trained panel score the transfer of taste and odour. A wooden spoon finished with an under-cured lacquer, or a bagasse plate carrying residual solvent from a coating line, can pass every chemical migration test and still fail sensory. It is a common cause of rejection, it is cheap to test, and almost nobody asks for it before the first production run.

For a first order of any coated wooden item, a sensory test on production material is worth more than a second chemical panel. It also has an operational payoff: a sensory failure almost always points at curing time, ventilation or a solvent choice, which are fixable process problems rather than material problems.

Migration Testing, in Language a Buyer Can Use

Migration testing puts the article in contact with a food simulant under conditions that represent the worst realistic use, then measures what came out. Under the EU plastics regulation the simulants are 10 per cent ethanol for aqueous foods, 3 per cent acetic acid for acidic foods, 20 per cent ethanol for alcoholic and dairy applications, 50 per cent ethanol and vegetable oil for fatty foods, and a synthetic polymer powder for dry foods. Test conditions are chosen from the time and temperature combinations in Annex V, for example two hours at 70 degrees Celsius for a hot-fill application or ten days at 40 degrees for long contact at room temperature.

When you read a report, four things decide whether it is useful:

Article identification. The report should name the item, the material, the species or fibre, the coating and the dimensions. Wooden board is not an identification.
Simulant and conditions. A result generated at 40 degrees for two hours tells you nothing about a board used with hot food, and a buyer selling into hot-fill applications who accepts it has bought a document, not an assurance.
Sample provenance. The sample should come from production, ideally the same run as your golden sample, and the report should say so.
Date and scope of change. Most buyers accept reports up to two or three years old for an unchanged specification. Any change of coating, glue, ink, fibre source or subcontractor resets that clock.

The Gulf, Japan, Korea and the Rest of Asia

Compliance is not a European subject with an export attached. Every serious destination market has its own instrument, and the documentation package should be assembled for the market the goods are going to.

In the Gulf, GCC Standardization Organization standards govern materials and articles in contact with food, and member states layer national conformity assessment on top. Saudi Arabia requires a certificate of conformity issued through the SABER platform for regulated product categories, which means the compliance file has to exist before the shipment is booked rather than after it lands. The United Arab Emirates operates its own conformity scheme and, for many categories, a national conformity mark. For a Middle East programme, the practical question to ask a Vietnamese supplier is not do you have test reports but have you shipped this category into this market before and can you show the conformity documents from that shipment.

Japan applies the Food Sanitation Act, with a positive list system for synthetic resins that completed its transition in mid-2025; wood and untreated fibre sit under the general provisions. Korea works through the Ministry of Food and Drug Safety standards for apparatus, containers and packaging. India applies the FSSAI packaging regulations. None of these are exotic, and none of them accept a European report as a substitute, though a well-built European dossier usually contains most of the underlying data they want.

The Declaration of Compliance Is the Document, Not the Certificate

For harmonised materials the EU requires a written declaration of compliance, and Annex IV of the plastics regulation sets out what it must contain: the identity and address of the business issuing it, the identity of the article, the date, confirmation of compliance with the relevant requirements, information on substances with restrictions, specifications on use including the food types, contact time and temperature, and confirmation that any functional barrier or dual-use additive is handled properly.

For wood and fibre, where no specific measure applies, there is no EU-mandated declaration. In practice buyers and enforcement authorities want one anyway, and a good supplier issues it voluntarily: a signed statement per article, referencing Article 3 of Regulation 1935/2004, the national reference for the destination market, the tests relied on, and the conditions of use the article is fit for. That last clause is the one buyers should read twice. A declaration that says suitable for food contact without stating temperature, food type and contact time is a sentence, not a document.

Ask for the supporting documentation behind the declaration too. The declaration is a summary; the test reports, the coating supplier statements and the GMP records are the substance. A factory that will send the declaration but not the underlying reports is telling you something.

Coatings, Adhesives and the Components Nobody Tests

Compliance failures in this category cluster in the parts of the article that are not the main material.

Finishes on wood. Food-grade mineral oil and beeswax are straightforward. Lacquers and varnishes are not, and a coating that is compliant when fully cured can fail when the line is running fast and curing is short. Ask for the coating supplier declaration as well as the finished-article report.
Adhesives. Laminated boards, end-grain butcher blocks and handled utensils use glue. The glue line is a food-contact surface if it reaches the surface, and the adhesive needs its own documentation.
Inks and printing. Branded compostable tableware carries print. Printing inks are the usual source of primary aromatic amines. Print on the non-food-contact side wherever the design allows.
Barrier layers. Any grease or moisture barrier on fibre ware is now the single highest-risk component for PFAS. Get the barrier chemistry named in writing.
Release agents and processing aids. Invisible in the specification, present on the product, and a recurring source of unexplained fluorine and sensory failures.

None of these are exotic risks. They are simply the components that live one level below the material description in a quotation, which is exactly where a compliance question stops being asked.

What It Costs, Who Pays, and When to Do It

A targeted migration panel on a single article, run at a recognised laboratory in Vietnam or a regional branch of an international testing house, generally sits in the low hundreds of US dollars. A sensory test is cheaper. A total fluorine screen is cheaper still. A full targeted PFAS panel by liquid chromatography and mass spectrometry costs several times a fluorine screen, which is precisely why the screening-then-confirmation structure exists.

The commercial convention is that the factory carries the cost of demonstrating that its standard product complies, and the buyer carries the cost of testing that is specific to the buyer, such as a custom coating, a private-label ink or a market-specific panel that the factory would not otherwise run. That convention is worth writing into the order rather than discovering during it.

Timing matters more than cost. Testing belongs to the sample stage, on the material that will be used in production, before the golden sample is signed off. Testing after production is complete converts a small laboratory invoice into a rework decision on a full container.

A Compliance Checklist Before You Place the Order

Name the destination markets in the specification. Compliance is market-specific and cannot be assembled retroactively.
Write the intended conditions of use into the specification: food types, maximum temperature, contact time, reuse or single use.
Require a declaration of compliance per article, not per factory, referencing the destination market and the conditions of use above.
Require the underlying test reports, not only the declaration, and check that the article description in the report matches your SKU.
For any fibre-based item, require a total fluorine result and a written statement that no PFAS is intentionally added, including in the barrier coating.
For any coated wooden item, require a sensory test on production material as well as chemical migration data.
Get coating, adhesive and ink supplier declarations named and filed, not summarised.
Reject natural-fibre-filled plastic tableware for EU destinations at the specification stage.
Agree in writing who pays for re-testing when a coating, ink, fibre source or subcontractor changes, and require notification before any such change.
Tie the compliance file to the golden sample and to the pre-shipment inspection, so that the goods inspected are the goods the documents describe.

Ten lines, all of them answerable before a deposit is paid. Buyers who work through them find out early which suppliers have a compliance system and which have a folder of scanned certificates.

Where Viet Farm Vision Fits

Viet Farm Vision is a Vietnam-based OEM manufacturer and exporter of wooden kitchenware and houseware, compostable and disposable tableware, agricultural products and handcrafts, supplying wholesale and private-label buyers across the Middle East, Asia and wider international markets. On compliance we work from the destination market backwards: the intended food types, temperature and contact time are recorded on the specification sheet before pricing is agreed, and the declaration of compliance is issued per article rather than per factory, naming the reference relied on and the conditions of use the article is fit for.

Coating, adhesive and ink supplier declarations are collected and held on file for each SKU, so that a change of input triggers a documented review rather than a silent substitution. For fibre-based items we treat the barrier coating as the highest-risk component and keep total fluorine results against the article. Test samples are drawn from production material at the golden-sample stage, and the compliance file is reconciled against the pre-shipment inspection so that the goods loaded are the goods the documents describe.

Buyers planning a first order of wooden kitchenware, wooden houseware or compostable tableware from Vietnam are welcome to send the SKU list and destination markets for a compliance and documentation review before pricing is finalised. Enquiries can be sent through the request a quote page.