FDA, EU 1935/2004 & Food Contact: Importing Food-Contact Items from China

Food-contact items face strict regulatory requirements globally. The Chinese supplier may not always understand them. Importers — who are typically responsible under destination-country law — must verify compliance independently.

This guide covers the practical compliance picture: FDA requirements (US), EU 1935/2004 framework (EU/UK), what testing actually involves, and the failure patterns we see most often.

What counts as a "food-contact" item

Any item that touches food during preparation, storage, or consumption. Includes:

• Cookware (pots, pans, griddles, baking)
• Bakeware (silicone moulds, parchment, pizza stones)
• Utensils (spatulas, spoons, tongs)
• Drinkware (mugs, tumblers, water bottles)
• Storage containers (plastic, glass, ceramic)
• Cutting boards and food-prep surfaces
• Food packaging (bags, films, wraps, lids)
• Coffee/tea brewing equipment

Each material has different applicable regulations. Most products combine multiple materials (e.g., a silicone-handled stainless steel utensil), each requiring separate compliance verification.

FDA — US food-contact requirements

The FDA regulates food-contact materials under the Federal Food, Drug, and Cosmetic Act (FD&C Act). The core rules live in 21 CFR Parts 170–199, organised by material type.

Material-specific FDA references

• 21 CFR 175 — Adhesives and components of coatings
• 21 CFR 176 — Paper and paperboard
• 21 CFR 177.1500–1530 — Polyolefins (HDPE, LDPE, PP, etc.)
• 21 CFR 177.1640 — Polypropylene specifically
• 21 CFR 177.1500 — Polyethylene
• 21 CFR 177.2510 — Polyethylene terephthalate (PET) — bottles, food containers
• 21 CFR 177.2600 — Rubber and silicone for food contact (the silicone reference)
• 21 CFR 178 — Indirect food additives (lubricants, slip agents, etc.)
• 21 CFR 179 — Irradiation in food processing

For each material in your product, identify the relevant CFR reference. Compliance means: the material conforms to the conditions specified in that reference.

What FDA compliance means in practice

For most food-contact items imported from China:

• Material composition must conform to the listed components in the relevant CFR reference
• Indirect food additives (residual chemicals, processing aids) within tolerances
• Migration testing (extractives) within FDA limits

FDA does NOT require pre-market approval for food-contact materials in most categories. Compliance is self-certified by the manufacturer/importer based on testing.

FDA testing typically includes

Migration testing: extracting samples in food simulants (typically water, 8% ethanol, n-heptane representing aqueous, alcoholic, and fatty foods) at specified temperatures and times. Quantifying what migrates.

Composition verification: chemical analysis confirming the material is what's claimed (e.g., the silicone is silicone, not blended with cheaper polymers).

Specific contaminant tests: heavy metals (lead, cadmium, mercury, etc.), volatile organic compounds, formaldehyde for some materials.

Cost: $300–$1,500 per material per food simulant type. A multi-material product easily reaches $1,500–$3,500 in total testing.

EU 1935/2004 — the framework regulation

The EU's overall framework for food-contact materials is Regulation (EC) 1935/2004. It sets the general principles:

• Food-contact materials must not transfer substances that endanger human health
• Must not change food composition unacceptably
• Must not deteriorate organoleptic (taste, smell, appearance) properties

The framework regulation is layered with material-specific regulations:

• Regulation 10/2011 — Plastic food-contact materials (the major one)
• Regulation 1895/2005 — Epoxy resin contaminants in coatings
• Regulation 282/2008 — Recycled plastic materials
• Directive 84/500/EEC — Ceramic food-contact (lead and cadmium release)
• Directive 78/142/EEC — Vinyl chloride in PVC

Plus regulations covering specific concerns (BPA in baby bottles — Regulation 213/2018, BPA prohibition for some applications).

EU 10/2011 — plastics in detail

For plastic food-contact items, EU Regulation 10/2011 is the dominant rule:

• Specific Migration Limits (SML) for individual substances
• Overall Migration Limit (OML) of 10 mg/dm² across all substances
• Positive list of authorised monomers and additives
• Testing in food simulants per Regulation 1183/2012

EU's plastic rules are generally stricter than FDA's.

EU testing typically includes

• Overall migration testing in 4 food simulants (water, 3% acetic acid, 10% ethanol, vegetable oil)
• Specific migration of regulated substances (BPA, primary aromatic amines, etc.)
• Heavy metal extraction (for ceramics specifically)
• BPA non-detection for items in scope of 213/2018

Cost: typically €400–€1,800 per material set, depending on test scope.

UK post-Brexit

Post-Brexit, the UK has implemented "retained EU law" for food-contact materials — substantively the same as EU 1935/2004 and 10/2011, with separate UK approval pathways for new substances.

For most products meeting EU standards, UK compliance is concurrent.

Material-by-material guide

Silicone

FDA: 21 CFR 177.2600. The reference allows two cure types — peroxide-cured and platinum-cured. Both are technically FDA-compliant if materials are within the reference.

EU: Regulation 10/2011 covers silicones used as additives in plastic. Direct silicone food-contact items must show overall migration <10 mg/dm² and specific migration limits.

Common failure: factories substitute peroxide-cured silicone (cheaper, $4/kg) for platinum-cured ($7–$10/kg) without informing buyers. Peroxide-cured silicone has acceptable food-contact properties at room temperature but releases trace VOCs at higher temperatures (baking, sterilisation). Test independently to verify cure type.

For premium positioning, specify platinum-cured silicone in the order and test the first batch.

Plastic (PE, PP, PET, ABS)

FDA: various sections of 21 CFR depending on polymer type. PE and PP are common references (177.1500, 177.1640). PET is 177.2510.

EU: Regulation 10/2011, which is comprehensive.

Common failure: plasticisers (phthalates) in soft plastic parts; residual additives migration; heavy metals in colourants. Test for phthalates (DEHP, DBP, BBP, DINP, DIDP, DnOP) on plasticised parts.

Ceramic

FDA: Lead and cadmium leaching limits (21 CFR 109.16 for lead, 21 CFR 109.16(b) for cadmium).

EU: Directive 84/500/EEC sets specific limits for lead and cadmium release from ceramic ware in 4% acetic acid.

Common failure: glaze containing lead-based pigments. Cheap ceramic factories use lead glazes for vibrant colours. Test specifically for lead leaching.

For premium ceramics, specify "lead-free glaze, FDA / EU 84/500 compliant" in the order.

Stainless steel

FDA: Generally accepted as safe — Type 304 (18/8) and Type 316 stainless are standard food-contact grades.

EU: Council of Europe Resolution AP(2004)5 sets release limits for nickel, chromium, manganese, etc.

Common failure: factories substitute lower-grade steel. "Stainless" can mean Type 201 (lower nickel, magnetic, less corrosion-resistant) or Type 304 (industry standard food-grade). Test composition or use a magnet (Type 304 is non-magnetic).

For food-contact, always specify Type 304 minimum.

Glass

FDA: Generally accepted as safe.

EU: General requirements under 1935/2004.

Common failure: lead crystal glassware exceeds lead release limits. Modern crystal-look glassware is lead-free; verify before importing. Standard soda-lime glass is fine.

Aluminum

FDA: Generally accepted as safe; aluminum can react with acidic foods. Coated/anodized aluminum preferred for food contact.

EU: Council of Europe Resolution AP(2004)5.

Common failure: uncoated aluminum bakeware leaches into acidic foods. Specify anodized or coated for food applications.

Paper and paperboard

FDA: 21 CFR 176 — extensive provisions for paper food-contact.

EU: Council of Europe Resolution AP(2002)1 — recommendations for paper-based food-contact.

Common failure: bleached paper containing chlorine compounds; printed paper with migrating ink components. Specify food-grade unbleached or chlorine-free bleached paper.

Documentation requirements

For US imports

• Test reports from accredited lab (or your own, with documented methods)
• Written FDA compliance statement
• Component list with applicable CFR references
• Records retained for at least 2 years

For EU imports

• Declaration of Compliance (DoC) — issued by the manufacturer, accompanies the goods
• Test reports per applicable regulation
• For plastics: Information on Compliance detailing specific migrations

For each item placed on the market, this documentation should be available on request from market surveillance authorities.

Common compliance failures

In our experience, these patterns account for ~80% of food-contact compliance failures:

1. Silicone substitution (peroxide for platinum) — common in cheap silicone bakeware/utensils
2. Lead glaze on ceramics — cheap mugs/bowls with vibrant colors
3. Lower-grade stainless (Type 201 instead of Type 304) — flatware, cookware
4. Phthalates in soft plastic parts — handles, seals, gaskets
5. Wrong CFR reference in compliance docs — factory uses generic template
6. Non-accredited test labs — Chinese in-house labs or unrecognised third parties
7. Missing Declaration of Compliance for EU imports

Each has a specific fix outlined above.

Setting up production

For a well-established food-contact-experienced Chinese factory: standard process.

For new-to-food-contact factory:

• Verify raw material sources (food-grade certifications from material suppliers)
• Specify all relevant standards in the order
• Test first batch through accredited lab (SGS, BV, Intertek major options)
• Sign off on Declaration of Compliance / FDA statement before approving production

Lead time: typically 2–4 weeks for compliance setup before first production order.

Cost summary

Total compliance cost for typical food-contact product:

• Initial testing (multi-material item): $1,500–$3,500
• Annual re-testing (production verification): 50–80% of initial = $750–$2,800
• Documentation review and DoC issuance: minimal (handled by sourcing agent or in-house)

For ongoing high-volume products, amortised compliance cost is small relative to the order. For one-off small orders, compliance cost is more significant per unit.

The bottom line

Food-contact item compliance from China requires understanding the specific FDA CFR references and EU regulations applicable to your materials. Test through accredited labs. Maintain documentation. Verify compliance claims independently — Chinese factory certificates are sometimes inaccurate.

The compliance cost is modest compared to the consequences of selling non-compliant goods (customs seizure, retailer delisting, recall, civil/criminal liability). Do it.

If you'd like our team to coordinate food-contact compliance for sourcing — including factory selection, testing booking, and documentation — get a quote. We work on food-contact products regularly across multiple categories.

Related: Silicone kitchenware category · Ceramic mugs category · Cosmetics packaging category · How to source from China in 2026