Is Bagasse Tableware PFAS-Free? Buyer's Guide

Short answer: Bagasse itself is PFAS-free. Sugarcane fibre contains no per- and polyfluoroalkyl substances. PFAS enters molded-fibre tableware only when a manufacturer adds a fluorochemical grease-proofing coating. So “is this bagasse PFAS-free?” is really the question “did the manufacturer add a PFAS coating, and can they prove they did not?” For bulk buyers importing into the US or EU, the proof is a third-party total organic fluorine test, not a self-declaration. Ecofy’s bagasse gets its oil and grease resistance from dense molded fibre, not from fluorochemicals, and is verified PFAS-free by SGS and Intertek. Whether you are sourcing compostable plates, bowls, clamshells, or any PFAS-free food packaging for a regulated market, the verification steps below apply the same way.

What PFAS are and why buyers must check

PFAS (per- and polyfluoroalkyl substances) are a class of thousands of synthetic “forever chemicals” used, among other things, as grease and oil-proofing agents in fibre-based food packaging. They do not break down in the environment and are linked to health concerns, which is why food-packaging PFAS is now banned or restricted across most of Ecofy’s export markets.

For a distributor or importer, PFAS is a procurement gate, not a nice-to-have. A single non-compliant shipment can be refused entry, pulled from shelves, or trigger penalties under state law. Buyers who resell into California, Maine, New York, or the EU carry that liability, so verifying the supplier upstream is the cheaper path.

Is bagasse naturally PFAS-free?

Yes. Bagasse is the fibrous residue left after sugarcane stalks are crushed for juice. As an agro-fibre it contains no fluorochemicals. The material becomes a PFAS risk only through processing:

• PFAS-coated bagasse: some manufacturers spray or blend fluorochemical grease-proofing agents to boost oil resistance cheaply. This adds PFAS.
• PFAS-free bagasse: quality manufacturers achieve oil and grease resistance through dense fibre forming and non-fluorinated treatments. No PFAS is added.

Both look identical on arrival. The only way to tell them apart is a laboratory test.

The regulations driving this

Market	Rule	What it does
California	AB 1200 (effective 1 Jan 2023)	Bans intentionally added PFAS in plant-fibre food packaging; uses total organic fluorine as the screening measure
Maine	LD 1503 (2021)	Prohibits food packaging with intentionally added PFAS; reporting obligations
New York	S8817 (effective Dec 2022)	Bans PFAS in food packaging sold in the state
Washington, Colorado, Connecticut, Minnesota, Rhode Island, Vermont, Maryland	Various dates	Progressive state-level PFAS food-packaging bans
European Union	REACH restrictions (with a broad EU-wide PFAS restriction under review)	Restricts PFAS substances; several member states (e.g. Denmark, 2020) already ban PFAS in paper and board food contact
United States (federal)	FDA	As of early 2024, grease-proofing PFAS are no longer sold for US food-contact use following a voluntary market phase-out

The direction of travel is one-way: more markets, tighter limits, every year. Sourcing PFAS-free now is future-proofing, not just present compliance.

How to verify a supplier is truly PFAS-free

A “PFAS-free” line on a website or a supplier’s own letter is not evidence. Ask for these, in order:

1. A third-party total organic fluorine (TOF) or total fluorine test. This is the accepted screening method. Several US state laws treat total organic fluorine at or above 100 ppm as evidence of intentionally added PFAS. A credible report shows a result below that threshold from an accredited lab (SGS, Intertek, Eurofins).
2. The tested SKU and material scope. Confirm the report covers the molded-fibre products you are buying, not an unrelated sample.
3. Coating disclosure. Ask directly: what provides the oil and grease resistance? “Dense fibre and non-fluorinated treatment” is the answer you want. Evasiveness is a flag.
4. Migration and food-contact reports. A supplier serious about compliance will also hold FDA 21 CFR and EU 10/2011 or REACH migration testing.
5. PFOA-free is not PFAS-free. See pitfalls below.

Common pitfalls

• “PFOA-free” or “PFOS-free” marketed as PFAS-free. PFOA and PFOS are just two of thousands of PFAS compounds. A product can be PFOA-free and still contain other PFAS. Demand the full class, screened by total organic fluorine, not one or two named chemicals.
• Self-declarations with no lab data. A declaration is a promise; a TOF report is proof. For regulated markets you need the proof on file.
• Coated imports. Lower-cost coated bagasse is common. If a quote looks unusually cheap and the supplier is vague about coatings, test before you commit a container.
• Assuming compostable means PFAS-free. A product can pass composting standards such as ASTM D6400 or ASTM D6868 and still carry a PFAS coating. They are separate tests.

Ecofy’s PFAS-free position

Ecofy’s molded-fibre bagasse tableware is PFAS-free and third-party verified:

• Oil and grease resistance comes from the fibre, not fluorochemicals. Our compostable bagasse clamshells, molded fibre bowls, plates, and trays hold hot and oily food through dense fibre forming, with no PFAS coating added at any stage.
• Independently tested. PFAS-free is verified by SGS and Intertek, alongside a CIPET plastic-free assessment. Reports are available to buyers on request.
• Compliant with the regulated markets we ship to, including California AB 1200, Maine LD 1503, and EU REACH.
• Full documentation ships with every order. Migration testing (FDA 21 CFR 176.170, EU 10/2011, LFGB), compostability, and food-safety paperwork travel with the goods so shipments clear customs the first time. See our full certifications hub for the complete document set.

If you are sourcing compostable tableware for a market with PFAS rules, request our PFAS test reports and a sample before you place a bulk order. Request documentation and a quote and we return pricing within 48 hours.

The questions buyers ask most about PFAS in compostable tableware are answered below.