Cosmetic Packaging 4 EU Compliance Requirements: REACH / EC 1223/2009 / 94/62/EC / EN 13427 Explained
Last year, a client running an essential-oil bottle packaging line asked me: "We make bottles and outer boxes for a French essential-oil brand, and the client sent us a 30-page compliance requirements list packed with REACH, EC 1223/2009, 94/62/EC, EN 13427. I'm in the packaging business — which of these regulations actually apply directly to me?"
Behind this question is a real pain point: many printers handling export cosmetic packaging treat these regulations as "documents from the client" instead of "laws they themselves are liable for". When something goes wrong, the brand dumps the blame on the printer, and the printer suddenly realizes it has been running naked. This article unpacks the "printer's direct liability boundary" for all 4 regulations.
Regulation 1: REACH — "Chemical Disclosure" in Packaging Materials
REACH's core is "Registration, Evaluation, Authorisation and Restriction of Chemicals." Its impact on packaging factories mainly shows up in Substances of Very High Concern (SVHC) in materials.
Specifically: if inks, adhesives, or plastic components contain substances on the REACH Candidate List (such as certain plasticizers, flame retardants, or heavy-metal compounds) and the concentration exceeds 0.1% (w/w), the packaging factory is obligated to disclose this to the brand.
Last year, where did a lipstick-tube packaging client get burned? His lipstick tubes were ABS plastic, and the supplier never told him that ABS contained Short-Chain Chlorinated Paraffins (SCCPs), a REACH-restricted substance. After exporting to Germany, customs抽查 detected SCCPs over the limit, the entire batch of lipstick tubes was returned, and the brand's finished lipsticks were pulled from shelves. The printer paid out RMB 870,000.
The truly protective practice is obtaining a REACH compliance declaration from each raw-material supplier. The declaration must specify: whether the product contains SVHC, the concentration, and whether it is on the restriction list. Each material needs a separate declaration — a generic rubber stamp is not enough.
The REACH Candidate List is updated twice a year (January and July), and currently lists 240+ substances. Printers don't need to memorize the list, but they should build a three-way traceability table: "material — substance — list version" so that every list update can quickly screen their own materials for impact.
Regulation 2: EC 1223/2009 — "Indirect Requirements" the Cosmetics Regulation Places on Packaging
EC 1223/2009 is the EU Cosmetics Regulation. It governs the cosmetic product itself, but places 3 categories of indirect requirements on packaging:
First, packaging materials must not alter the composition of the cosmetic. The packaging must not migrate harmful substances into the contents — an approach consistent with food-contact packaging GB 4806.
Second, packaging must carry the PAO (Period After Opening) marking, i.e., the in-use shelf life after opening (e.g., "12M" means use within 12 months of opening). This marking is usually printed on the box and the bottle, with character height no less than 1.2mm.
Third, packaging design must meet Child-Resistant Packaging (CRP) requirements. If a cosmetic may be accessed by children (e.g., perfume, lotion), the opening mechanism must make it difficult for children under 5 to open within 5 minutes, while remaining easy for adults.
The most common pitfall for printers is the PAO marking: font too small, wrong print position, color conflict with the brand logo so it's unreadable. EU customs take PAO inspection very seriously — fonts under 1.2mm trigger immediate detention. Last year, one of our clients exported a serum gift box to Italy with the PAO printed on the inside bottom of the box. Italian customs ruled that "consumers cannot see it," detained the entire batch for 21 days, and the shipment missed the Christmas sales peak.
Regulation 3: 94/62/EC — "Heavy-Metal Four Elements" in Packaging Waste
94/62/EC is the EU Packaging and Packaging Waste Directive. Its core requirement on packaging is the total heavy-metal four-element limit:
The combined total of lead (Pb) + cadmium (Cd) + hexavalent chromium (Cr6+) + mercury (Hg) must not exceed 100 ppm (i.e., 0.01%).
This looks simple, but the recurring failure point for printers is heavy metals in inks. Gold ink, red ink, and black ink in particular carry 5–10 times the lead and cadmium of standard inks.
Last year, a Christmas gift-box client exporting to the Netherlands used large-area hot stamping + red printing on the boxes. Dutch customs sampling found lead at 180 ppm — nearly double the limit. The cause: the hot-stamping foil supplier used a domestic small-factory gold foil that did not control heavy metals. The client was claimed €120,000 by the Dutch customer.
The printer's compliance move is requiring the ink supplier to provide EN 71-3 or heavy-metal test reports, with each color tested separately — you cannot generalize "the ink complies with EU standards." Also avoid high-risk color combinations: large-area hot stamping + bright red + black appearing together should raise a red flag.
Regulation 4: EN 13427 — The "Self-Assessment" for Packaging Recovery
EN 13427 is one of the EU packaging-recovery series standards. It is not a mandatory regulation in itself, but many EU brand customers bake it into procurement contracts, requiring printers to provide a packaging-recoverability self-assessment report.
What the assessment covers: whether the packaging is recyclable, whether the material is mono-material, whether it is easy to separate, and whether it contains components that hinder recovery (such as metal foil, composites, or PVC).
The most common failure for printers is the composite-material gift box: paper + plastic lamination + hot stamping + UV. To EU customers this "luxurious" combination actually looks "un-green," because composites are costly and low-value to recycle.
Packaging that genuinely scores well on EN 13427 is "mono-material + minimalist design": pure white card box + single-ink printing + detachable inner tray. Last year, a client making hand-cream gift boxes for a Nordic brand replaced the original "paper + lamination + hot stamping + magnet" structure with "pure paper + soy ink + detachable paper tray," lifting the recyclability score from C to A. The per-unit price went up 15%, but sales doubled.
Printer Direct Liability vs. Merely Being Informed
Having covered all 4 regulations, let's return to the core question: printer direct liability vs. just being informed.
The printer is directly liable for REACH and 94/62/EC — when something goes wrong, the printer is the legal responsible party, and the brand can seek compensation from the printer.
The printer only needs to be informed about EC 1223/2009 and EN 13427 — these regulations govern the cosmetic product itself and the brand's conduct, with the printer as a supplier providing compliance support, but not the primary legal responsible party.
In practice, however, printers often take on too much liability under EC 1223/2009 and EN 13427 because they don't understand the regulatory boundary. The solution is to spell out a "shared compliance responsibility clause" in the procurement contract with the brand: which obligations sit with the brand, which with the printer, who pays for testing, and how losses are split when something goes wrong.
Further Reading
Food-Contact Packaging GB 4806 Testing in Practice: 5 Common Sticking Points + 3 Fixes for Failure
ISO 22000 Food Safety Management: 3 Hard Requirements for Packaging Plants
FAQ
What are the top 3 reasons cosmetic packaging gets returned when exported to the EU?
Based on three years of case data: 1) SVHC over-limit in inks/plastic parts (REACH, 38%); 2) heavy-metal four-element over-limit (94/62/EC, 27%); 3) PAO mark font or position non-compliant (EC 1223/2009, 22%). Other causes include missing traceability info and child-resistant failures.
When the REACH Candidate List updates, does the printer need to redo the compliance assessment?
We recommend screening all raw materials every six months (when the January and July lists update). If a newly listed substance appears in a material above 0.1%, notify the brand and ECHA within 45 days. Most printers ask their raw-material suppliers to provide updated declarations on a regular basis.
For 94/62/EC heavy-metal testing, is each color tested separately or combined?
Each color must be tested separately. Heavy-metal content varies hugely between ink colors, and mixing dilutes the result and causes misses. The test method follows EN 71-3 or EPA 3052, typically sent to a third-party lab at roughly RMB 800–1,500 per color.
Is EN 13427 mandatory? Can I skip it and still export to the EU?
EN 13427 is not an EU-mandatory regulation; it is a voluntary standard. However, more than 60% of EU brand customers require the printer to provide an EN 13427 self-assessment report in the procurement contract. If the customer does not require it, the printer can skip it — but doing it opens doors to bonus orders.
How can a printer tell whether the client's regulation list is a "real requirement" or just "going through the motions"?
Look at three details: 1) does the list include specific limit values (e.g., "Pb<100ppm")? 2) does it require third-party test reports? 3) does the contract include a "compliance breach liability clause"? Only when numbers + reports + liability all line up is it a real requirement; vague "comply with EU regulations" is usually just a checkbox.
If cosmetic packaging uses composite materials, will the EU reject the shipment?
It won't be directly rejected by regulation (94/62/EC doesn't care about material structure), but it hurts the EN 13427 score, and big-brand customers may reject or squeeze the price. If you must use composites, design the internal layers to be separable (e.g., paper box + standalone plastic tray) for easier recycling.
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