A metal souvenir test report is only useful if the body that produced it is qualified to produce that particular report for that particular market. A US buyer shipping a children’s product needs a certificate issued under 16 CFR Part 1110, and if a third party laboratory signs it, that laboratory has to be CPSC-accepted. A European buyer needs the report written against the standard harmonised on the day the product is placed on the market, and that standard changes on published dates. Below is how the two systems differ, what to ask a laboratory before you pay it, and where the factory can and cannot help.
A test report is not a certificate, and a certificate is not permission to ship
Three different documents are often called “the test report” in buyer conversations. A laboratory test report records what a sample was measured to be. A certificate of conformity is a legal statement that the finished product complies with named rules, signed by someone legally responsible for it. The general certificate of conformity, or GCC, and the children’s product certificate, or CPC, are the two US instruments, and the difference between them is who may issue them, not what they prove.
If your retailer or importer asks for “the test report”, you need to ask which of the three they mean, which market it will be used in, and who will be named on it. In the United States, the party named as the finished product certifier stays legally responsible for the validity, accuracy, completeness and availability of everything on the certificate, even when another party does the testing and another party files the paperwork. 16 CFR Part 1110 sets this out in full. Metal souvenir programmes also rarely involve a single fixed product: a buyer adds a city series or changes the plating colour, and each change can affect what a report covers.
What makes a laboratory report portable
Accreditation to a competence standard is the floor
The requirement that governs laboratory reports here is written into US consumer product safety law, not into a buyer’s purchase order. Under 16 CFR Part 1112, a third party conformity assessment body applying for CPSC acceptance must submit an accreditation certificate showing that it is accredited to ISO/IEC 17025, “General requirements for the competence of testing and calibration laboratories”. That accreditation must come from an accreditation body that is a signatory to the International Laboratory Accreditation Cooperation Mutual Recognition Arrangement, and the regulation writes this as a condition rather than a recommendation.
Read it as a two-part test. Accreditation proves the laboratory is competent to produce the result. The mutual recognition arrangement is what allows the result to be recognised outside the country where it was produced, because it commits the signatories to recognising each other’s accredited results. A laboratory accredited by a non-signatory national body still produces a technically sound report, but every receiving authority that cares about mutual recognition has to examine it on its own terms. This makes accreditation a supplier qualification question rather than a laboratory procurement detail, and the certificate and its scope statement are documents to hold copies of, alongside the test reports, for as long as the product records are kept.
Scope decides which claims the report can support
The second condition in the same section is the one buyers miss most often. The accreditation must include a statement of scope that clearly identifies each specific rule or test method for which CPSC acceptance is sought. A laboratory accredited for a wide range of chemical testing is not thereby accredited for every test method a product may need to meet. Scope is where “we can test that” and “we can certify against that rule” are separated. Extending acceptance to further rules or test methods requires a separate application, because acceptance is granted per rule and per test method, not as a general endorsement of the laboratory.
The US route: who is allowed to write the certificate
Two certificates, two sets of signatories
Part 1110 distinguishes the general certificate of conformity, issued by the manufacturer for a product subject to a consumer product safety rule other than a children’s product safety rule, from the children’s product certificate, which covers a product subject to a children’s product safety rule. The question that decides between them is simple: is the item designed or marketed for children under twelve? Metal keychains, fridge magnets, bottle openers and coin souvenirs sold into that segment fall into the children’s product territory, where the requirements are heavier.
The other half of the distinction is who signs. A GCC can be issued by the manufacturer. A CPC must be based on testing conducted by a third party conformity assessment body, and the certificate carries an attestation that the products comply with the rules, bans, standards and regulations stated on it, and that the information is true and accurate to the best of the certifier’s knowledge, information and belief. The attestation also states that knowingly and willfully making a materially false statement on the certificate is a United States federal crime.
What the certificate has to contain
The content requirements in Part 1110 are long, and each one tells a buyer something about how the order must be run. The certificate must identify the products covered, using at least one unique identifier such as a global trade item number, model number, serial number, stock keeping number or UPC, with a description sufficient to match product to certificate. It must state each applicable rule, ban, standard or regulation separately, identify the certifier with name, address, country, email and telephone number, and identify the individual maintaining records, on the understanding that the position is always staffed and responsive to CPSC requests.
Two entries matter most for a metal souvenir factory. The certificate must give the date and place where the product was manufactured, produced or assembled, including the manufacturer’s name and address; where manufacturing runs over a series of days, the initial date of manufacture is enough. It must also give the most recent date and place where the product was tested, including for each third party conformity assessment body or other party on whose testing the certificate depends, the name, address, country, email and telephone number. That second entry catches importers out, because the testing party’s details become part of the legal document accompanying the shipment.
How the certificate reaches the border
Availability is not a formality. A finished product certificate must accompany each product or shipment required to be certified, and each certificate must describe only one product. For products manufactured outside the United States and offered for importation, the certifier must file the certificate data elements into ACE when the entry is filed, following the CPSC’s PGA Message Set implementation guide; where goods arrive by mail, the data elements must be entered into the CPSC’s Product Registry before the product arrives in the United States. The same rule covers finished products eligible for the de minimis duty exemption, which matters for importers shipping consumer goods directly to consumers. Certificates must be available for inspection within 24 hours upon request by CPSC or CBP, and supporting records must be kept for at least five years. For a foreign factory this turns procurement into records: the certificate names the importer as certifier, and the importer signs an attestation about facts the factory supplied, so the factory has to state its own name, address and contact details as they appear on the certificate, and keep its own copy of the testing record.
The EU route: the date that decides which standard applies
European toy safety moved from a directive to a regulation. Directive 2009/48/EC of 18 June 2009 on the safety of toys was published in OJ L 170 on 30 June 2009. Regulation (EU) 2025/2509 of 26 November 2025 on the safety of toys and repealing Directive 2009/48/EC was published in OJ L, 2025/2509 on 12 December 2025, and applies from 1 August 2030. The Commission publishes and withdraws the references of harmonised standards on its own harmonised standards page for toy safety, so the question for any order is which version is harmonised today.
The two decisions that matter for a metal souvenir buyer both concern the migration of certain elements. Commission Implementing Decision (EU) 2023/740 of 4 April 2023 published a single consolidated list of harmonised standards in support of Directive 2009/48/EC and repealed the earlier Decision (EU) 2021/1992. Its annex listed EN 71-3:2019+A1:2021, “Safety of toys – Part 3: Migration of certain elements”, among eleven entries, and included an informative note showing where EN 71-12:2016 sets lower limits than the directive itself: 0.01 mg/kg against 0.05 mg/kg for N-nitrosamines, and 0.1 mg/kg against 1 mg/kg for N-nitrosatable substances.
Commission Implementing Decision (EU) 2025/2519 then added entry 3a, “EN 71-3:2019+A2:2024 Safety of toys – Part 3: Migration of certain elements”, and entry 9a for EN 71-13, to that annex, with rows 3 and 9 deleted. The new references apply from 16 December 2025, and the deletion of the earlier rows applies from 16 June 2027, so EN 71-3:2019+A1:2021 remains harmonised until that date while EN 71-3:2019+A2:2024 is harmonised from 16 December 2025. A product placed on the market in that window can rely on either; after 16 June 2027 there is one option. For a buyer planning a multi-year programme this is a calendar problem rather than a technical one, and it belongs in the order documentation: name the version of the standard the report is written against, together with the date on which the finished product is placed on the market.
What this means for a zinc alloy souvenir programme
Part 1107 governs how testing supports a children’s product certificate, and three of its sections describe the situations a metal souvenir buyer will run into.
The first is sampling. Manufacturers must submit a sufficient number of samples of the children’s product, or samples identical to it in all material respects, to a third party conformity assessment body. Where the process consistently produces finished products that are uniform in composition and quality, fewer samples may be submitted; where the process results in variability, more samples may be needed to provide the required degree of assurance. This links factory discipline directly to test cost: a line running the same alloy with controlled melt chemistry, consistent plating chemistry and a stable polishing operation is easier to sample than one where components arrive from several sources with different finishes.
The second is failure. If a product sample fails certification testing, even if other samples have passed the same test, the manufacturer must investigate the reasons and address them, and cannot certify the product until it has established with a high degree of assurance that the finished product complies. One failed sample is a stop condition, not a statistical nuisance, and it is worth telling a supplier this before the test is booked.
The third is change. If a product undergoes a material change in design or manufacturing process, including the sourcing of component parts, and the manufacturer knows or should know the change could affect the product’s ability to comply, the manufacturer must submit samples of the changed product for testing and issue a new CPC. Where the change is limited to a component part and does not affect the ability of other parts or of the finished product to comply with other rules, a new CPC may be issued on the basis of the earlier certification tests plus testing of the changed part, provided the component tested is identical in all material respects to the component in the finished product. Changes that cause a safety rule to no longer apply are not material changes. A switch of alloy grade, a plating chemistry change and an enamel supplier change are the kind of events this section is aimed at.
On top of the certificate work, Part 1107 requires periodic testing by a third party conformity assessment body. Where the manufacturer does not run production testing or testing by a testing laboratory, periodic testing must be conducted at least once a year, supported by a periodic testing plan, which is why a test programme has to be budgeted as a recurring cost rather than a one-off line item. Records have to match this rhythm: a copy of each CPC, separate certification test records for each manufacturing site, records of periodic tests, records of how representative samples were selected and tested, and records of all material changes in design, process and sourcing.
None of this replaces the factory’s own inspection. A buyer still needs in-process checks that catch a plating fault or a casting defect before a sample leaves the building, and that is a different activity from laboratory certification, with a different sampling logic. The guide to AQL inspection and dispute handling covers how to agree sample sizes and accept numbers in advance, and salt spray testing for metal finishes covers the durability side of the finish, a supplier-side capability rather than a certification requirement. Material questions work the same way: what to specify on zinc alloy grades and casting tolerances sets out what belongs in the specification a report will be measured against, and nickel release and lead in coatings covers the chemistry the EN 71 series and the US rules address. The wider frame sits in the overview of EU and US product safety rules.
How to write the testing clause into the purchase order
All of this compresses into a handful of clauses that belong in the purchase order rather than in an email thread: name the standard and its version, name the market and the date on which the finished product will be placed on it, state who the certifier is and who will do the testing, state how many samples the factory must submit and from which batches, state what the factory must notify before a material change with a lead time longer than the sampling and retesting cycle, state who pays for a retest after a failure and what happens to the balance of the order meanwhile, and set a record retention period for the factory that matches the buyer’s own file.
On our side, zinc alloy is the main material we work in, alongside stainless steel, brass and bronze, and iron. Finishes run to gold, silver, rose gold, antique brass, antique silver, antique copper, black nickel and dual tone, and logos are applied by laser engraving, screen printing, embossing, debossing, moulded logo and enamel colour fill. Our factory floor is 9,600 square metres with more than 200 staff and daily capacity of 30,000 pieces, which matters to a certification plan in one specific way: the number of production sites. Part 1107 requires separate certification test records for each site, so a programme split across more than one site has a records consequence. Sampling takes 7 days and production takes 15 to 20 days.
For a specific programme, send the product category, the target market and the intended test scope to sales@kingtopgift.com, and ask what testing the product will need in that market and what we can supply as supporting documentation. Where a requirement is not covered by our own capability, we will say so and quote it as something to arrange with a third party laboratory.
Lab report use matrix
The table below sets out, for each test a metal souvenir programme is likely to need, who should hold the report, the qualification it must carry, and what it can and cannot be used to support. The last two columns prevent the most expensive mistakes, because rejected paperwork is usually not rejected for being wrong, it is rejected for being offered to prove something it was never written to prove.
| Test | Who should hold the report | Qualification the report must carry | What the report supports | What it does not support |
|---|---|---|---|---|
| Migration of certain elements (EN 71-3, US lead and cadmium rules for children’s products) | Third party conformity assessment body accepted by CPSC for that rule, or a laboratory accredited for the method in the target market | ISO/IEC 17025 accreditation with scope covering the method; CPSC acceptance per rule and test method where a CPC depends on it | A CPC or GCC basis, and the conformity assessment file | Any claim about parts that were not sampled |
| Nickel release from skin contact parts | Laboratory accredited for the method, with the applicable limit named on the report | ISO/IEC 17025 accreditation covering nickel release | The chemical compliance position for the sampled articles | Nickel release from untested articles, including other alloy or plating combinations |
| Alloy composition (spectrometry) | Factory in-house check, corroborated by an accredited laboratory where the certificate depends on it | Instrument calibration record; ISO/IEC 17025 scope for the accredited report | Confirmation of the alloy grade against the purchase order specification | A certificate of conformity on its own |
Read across the table and the pattern is that the report is a piece of the file, not the file itself. The certificate carries the legal statement, the laboratory report carries the measurement, the factory record carries the batch, and the buyer keeps all three together for the same period. A programme that treats the certificate as a document produced at the end, rather than a record assembled from the first sample, ends up paying for retesting it could have avoided.