REACH is a regulation rather than a certificate, and the obligation rests on whoever places the article on the EU market — usually the brand or importer, not the tannery or the assembly partner. For leather bags the substances that matter most are chromium VI in leather, azo dyes and formaldehyde in linings and finishes, phthalates and certain metal compounds in coatings and hardware, and PFAS where a water-repellent finish is specified. Compliance is demonstrated by a declaration supported by test reports, and the practical risk is not a single failed test but a documentation gap discovered after goods have shipped.
What REACH is and who carries the obligation
REACH is the European Union regulation on the registration, evaluation, authorisation and restriction of chemical substances. It applies to articles as well as to substances, which means a finished bag falls within scope. The party that places an article on the EU market carries the duty, so a brand importing from Asia is the responsible party even though it neither tanned the leather nor assembled the bag.
A second implication follows for brands working through a sourcing partner. The partner can assemble declarations, coordinate laboratory testing and hold the documents, but the declaration itself must be issued by, or addressed to, the party that will place the goods on the market. Clarifying that at brief stage avoids a file that is complete but legally attached to the wrong entity. The practical implication is that a brand cannot discharge its obligation by asking a supplier whether goods are compliant. It needs a declaration naming what was tested, together with reports from a competent laboratory, and it needs those documents to be current for the materials actually used. A generic statement of compliance without a substance list is the single most common weakness in a compliance file.
Restrictions that matter for leather bags
The Annex XVII list is long, but a short set of entries accounts for most findings in leather goods. Understanding which substance comes from which part of the bag is what makes testing efficient: it directs the laboratory to the right component rather than testing everything against everything.
| Substance or group | Where it comes from in a bag | Why it matters | Control |
|---|---|---|---|
| Chromium VI | Chrome-tanned leather, can form after tanning | Restricted in leather articles; skin sensitiser | Test the finished leather; control storage conditions |
| Azo dyes | Dyed leather, dyed linings, printed labels | Certain azo compounds can release banned aromatic amines | Specify compliant dyestuffs and test dyed components |
| Formaldehyde | Resins, finishes, some adhesives | Restricted and a recognised sensitiser | Request resin-free or low-formaldehyde chemistry |
| Phthalates | Coatings, synthetic panels, printed surfaces | Restricted in several applications | Specify phthalate-free coatings and test them |
| Nickel release | Metal hardware in prolonged skin contact | Restricted where release exceeds a migration limit | Specify controlled finishes and test hardware |
| Cadmium and lead | Pigments, plating, some stabilisers | Restricted across most applications | Source tested hardware and pigments |
| PFAS | Water and stain repellent finishes | Increasingly restricted across member states | Specify PFAS-free finishes where available |
Two of these deserve particular attention because they are easy to control and frequently missed. Nickel release applies to metal components in prolonged contact with skin, which includes buckles and strap adjusters, and it is tested by migration rather than by content. PFAS appears wherever a bag has been given a water-repellent finish, which is common in travel and outdoor ranges, and the regulatory position continues to tighten.
Programme parameters at a glance
| Parameter | Commitment |
|---|---|
| Minimum order quantity | 500 pieces per style / colourway |
| Sampling lead time | 6–10 working days (12–15 days for complex constructions) |
| Bulk production lead time | 35–50 days after sample approval |
| Inspection standard | AQL 2.5 (ISO 2859-1), single sampling, general level II |
| Incoterms | FOB Xiamen — EXW, CIF and DDP available on request |
| Payment terms | T/T 30% deposit / 70% before shipment; L/C at sight for container loads |
| Verified production floor space | 4,950 m² (SGS-verified) |
| Team | 137 staff across 7 production lines |
| Equipment | 149 machines including computerised saddle-stitch and edge-painting units |
| Monthly capacity | 200,000 pieces |
| Entity | Founded 2014; principal has worked in bag development since 2004 |
Programme parameters shape compliance in one important way: testing is carried out on a defined article built from a defined bill of materials, so a late material change can invalidate results that have already been paid for. Recording the tested construction at sample approval and controlling substitution afterwards protects both the compliance position and the budget. Our standard MOQ is 500 pieces per style or colourway, with small-batch pilots available for brands validating a construction first.
Chromium VI: the leather-specific issue
Chromium VI is the finding that surprises most bag brands, because it is possible to buy compliant leather and still ship a non-compliant article. Chromium III is used in tanning and is not the problem; chromium VI can form later, under conditions of elevated pH, heat and low humidity, through oxidation. That means the risk sits partly in the tannery's process control and partly in how the leather is stored and finished afterwards.
| Factor | Effect on chromium VI formation | Practical control |
|---|---|---|
| Tanning process control | Determines the baseline chromium state of the leather | Buy from tanneries with documented process control |
| pH of the finished leather | Higher pH increases oxidation risk | Specify and verify pH in the finished leather specification |
| Storage temperature | Heat accelerates oxidation | Store and ship away from sustained high temperatures |
| Humidity | Low humidity accelerates oxidation | Avoid prolonged dry storage; control warehouse conditions |
| Fatliquoring and aftertreatment | Some agents reduce oxidation risk | Specify treating agents with a documented effect |
| Time in storage | Risk accumulates over months | Test close to shipment where stock has been held |
The operational recommendation is straightforward: test the finished leather rather than the crust, and retest where stock has been held for a long period or shipped through a hot season. Both are inexpensive relative to the cost of a withdrawal, and both convert a largely uncontrollable chemical risk into a manageable testing schedule.
Brands sometimes ask whether vegetable-tanned leather avoids the issue entirely. It substantially reduces it, since there is no chrome to oxidise, but it does not remove every chemical question: dyeing, fatliquoring and finishing still introduce substances that fall within scope. Vegetable tanning is a meaningful simplification of the compliance position rather than an exemption from it.
Substances of very high concern and communication duties
Alongside the restriction list sits the candidate list of substances of very high concern. Where an article contains one of these above a defined concentration threshold, the responsible party has a communication duty towards recipients and, in some cases, a notification obligation. The list is updated periodically, which is why a compliance position needs review rather than being settled once.
| Duty | Trigger | What is required | Frequency |
|---|---|---|---|
| Communication down the supply chain | A listed substance above the threshold in an article | Sufficient information to allow safe use, on request | Ongoing, and on any list update |
| Consumer communication | A request from a consumer for the same information | Response within the statutory period | On request |
| Notification where applicable | Quantities and conditions defined in the regulation | Submission to the relevant authority | On trigger |
| Review against the updated list | The candidate list is revised periodically | Reassess the bill of materials against the current list | At each update, at least annually |
For most bag programmes the duty is a communication one rather than a notification one, and it is discharged by being able to answer the question. That requires knowing what is in the materials, which returns to the same discipline that underpins every other part of the file: a maintained bill of materials with supplier documentation behind each line.
What a REACH evidence file contains
The file is the deliverable, and it should be assembled so that a reviewer can move from a claim to its supporting document without contacting the supplier. Most enforcement requests arrive well after a season closes, which is exactly when an unstructured file becomes a problem. The structure below reflects how the documents are actually used.
| Document | Purpose | Who provides it | Review point |
|---|---|---|---|
| Bill of materials | Defines what was tested | The development team | At sample approval and on any change |
| REACH declaration | States compliance and names tested substances | The supplier or the brand | Per material, and on formulation change |
| Third-party test reports | Evidences the declaration | An accredited laboratory | Per material per cycle |
| Chromium VI report | Addresses the leather-specific restriction | An accredited laboratory | On finished leather, and after long storage |
| OEKO-TEX certificate | Supports the chemical safety position | The material supplier | On renewal |
| Supplier declarations | Extends the chain to sub-suppliers | Component suppliers | Annually |
| Hardware test reports | Covers nickel release and metal content | The hardware supplier | Per hardware reference |
On our SGS-verified production floor in Quanzhou (4,950 m²), declarations and test reports are held against the approved material reference in the material library, and inspection runs to AQL 2.5 under ISO 2859-1 with single sampling at general level II. Matching documents to the reference actually being cut is the control that makes the file usable rather than nominal.
REACH alongside CPSIA, OEKO-TEX and LWG
Brands selling into both the EU and the US often assume one test set covers both markets. It generally does not, because the obligations differ in structure as well as in substance: REACH is a restriction-and-communication regime, while CPSIA is a consumer safety regime with its own limits and its own third-party testing requirement for children's products and specific substance limits for general use.
| Scheme | Nature | Market | Typical evidence |
|---|---|---|---|
| REACH | Regulation on chemical substances and articles | European Union | Declaration naming tested substances plus test reports |
| CPSIA | Consumer product safety legislation | United States | Third-party test report on lead and phthalates |
| OEKO-TEX | Voluntary testing and certification | Global, voluntary | Certificate matched to article and class |
| LWG | Voluntary tannery environmental audit | Global, voluntary | Published rating with site name and date |
| ISO 14001 | Voluntary environmental management certification | Global, voluntary | Certificate with stated scope |
| ISO 2859-1 | Sampling standard for inspection | Global, contractual | Inspection report with AQL stated |
The efficient approach is to plan the test set once, for both markets, before sampling concludes. Adding a market later usually means retesting goods that have already been produced, at greater cost and with a schedule penalty. Where a brand knows it will eventually sell into the EU, specifying the EU test set from the outset is almost always the cheaper route.
There is one further obligation worth separating out, because it catches importers by surprise. Several member states require notification to a national database where an article contains a candidate-list substance above the threshold, and this sits alongside the communication duty rather than replacing it. The requirement is national rather than EU-wide, so it should be checked for the specific member state of import.
A practical compliance workflow
Compliance works best as a sequence embedded in development rather than as a check performed at the end. The steps below are the ones that prevent the common failure modes: testing the wrong article, testing too late, and losing the thread when a material changes.
- Confirm the destination market at brief stage, since the test set depends on it
- Build a complete bill of materials, including linings, threads, adhesives, coatings and hardware
- Identify which components carry restricted-substance risk and direct testing there
- Request declarations and reports at material submission, not after sample approval
- Test chromium VI on the finished leather rather than on the crust
- Record the tested construction in the tech pack and control substitution through change approval
- Retest where stock has been held for a long period or shipped through sustained heat
- Review the file against the current candidate list at least annually
Timing works in the brand's favour here. Sampling runs 6–10 working days for standard constructions and 12–15 for complex ones, which is usually sufficient to obtain declarations and reports before approval if they are requested at submission. Bulk runs 35–50 days after sample approval, with shipping available FOB Xiamen and EXW, CIF or DDP on request. The schedule pressure appears only when documentation is requested after approval.
Build the compliance file alongside the sample
Tell us your destination market and we will assemble the declaration, test reports and component evidence during sampling rather than after approval. Email service@junyuanbags.com or WhatsApp +86 177 5002 0688.
Frequently Asked Questions
Is a REACH certificate something a supplier can issue?
Not exactly. REACH is a regulation, so what a supplier issues is a declaration or statement of compliance, supported by test reports from an accredited laboratory. The legal duty sits with the party placing the article on the EU market, which is usually the brand or importer rather than the supplier.
Who is legally responsible for REACH compliance on imported bags?
The party placing the goods on the EU market. If a brand imports bags from Asia, the brand is the responsible party, regardless of who tanned the leather or assembled the product. This is why the declaration and test evidence should be held by the brand rather than left with the supplier.
Does REACH ban chromium in leather?
It restricts chromium VI, not chromium III. Chromium III is the form used in tanning. Chromium VI can form afterwards through oxidation under conditions of elevated pH, heat and low humidity, which is why testing the finished leather and controlling storage matter more than testing at crust stage.
How often should leather bags be tested for chromium VI?
At minimum on the finished leather for each material lot, and again if stock has been held for a long period or shipped through sustained heat. Risk accumulates with time and temperature, so a result obtained at purchase does not necessarily describe the article months later.
Is OEKO-TEX certification enough for REACH compliance?
It is supporting evidence, not a substitute. OEKO-TEX provides laboratory testing against a defined substance list, which supports a compliance position, but the REACH declaration is a separate document. Brands placing goods on the EU market should hold both, with the declaration naming the substances tested.
What is a substance of very high concern?
It is a substance identified for eventual authorisation because of serious effects on health or the environment. Where an article contains one above a defined concentration threshold, the responsible party has a communication duty down the supply chain and towards consumers on request. The list is updated periodically.
Does REACH apply to hardware on a bag?
Yes. Metal components are part of the article, and restrictions on nickel release, cadmium and lead can apply. Nickel release is tested by migration rather than by content, and it applies where metal is in prolonged contact with skin, which includes buckles and strap adjusters.
How is REACH different from CPSIA?
REACH is an EU regulation governing chemical substances in articles, with restriction and communication duties. CPSIA is US consumer product safety legislation with its own limits on lead and phthalates and its own third-party testing requirements. One test set rarely satisfies both markets.
Do I need to test every colourway of a bag?
Not usually for every substance. Testing at material family level is generally sufficient, with additional testing where a colourway uses a different dyestuff or finish. Dyed components carry azo dye and heavy metal risk, so a new colour introduced with a new dye warrants its own test.
What happens if goods arrive in the EU without documentation?
The practical risk is market surveillance action, which can range from a request for information to withdrawal from sale. A missing declaration is usually more consequential than a borderline test result, because it suggests the position was never assessed. Assembling the file before shipment is far cheaper than responding afterwards.
Does REACH cover packaging as well as the bag?
Packaging obligations exist under separate measures covering packaging waste and material content, and several member states operate extended producer responsibility schemes. A brand should treat packaging as a distinct compliance line rather than assuming it is covered by the article's documentation.
How do PFAS restrictions affect bag programmes?
They affect any bag specified with a water-repellent or stain-resistant finish, which is common in travel and outdoor ranges. The regulatory position is tightening in several member states, so specifying a PFAS-free finish and confirming it in writing is now a routine part of the specification.
Can a material change invalidate existing test reports?
Yes. Reports describe the article as tested with a defined bill of materials. A change of dye, adhesive, coating or hardware can move the article outside the tested scope. Controlling substitutions through change approval and recertifying when a change occurs keeps the position defensible.
When should compliance documents be requested?
At material submission, before sample approval. Requesting declarations afterwards puts documentation on the critical path to shipment and often delays bulk. Sampling runs 6–10 working days for standard constructions and 12–15 for complex ones, which is usually sufficient if the request is made early.
Does LWG certification help with REACH compliance?
Indirectly. An audited tannery manages restricted substances as part of its process, which reduces risk, but the audit does not test the finished article. The LWG rating and the REACH documentation are separate lines in a compliance file and should both be held.
How often should a REACH compliance file be reviewed?
At least annually, and whenever the candidate list is updated, a material changes, or a new market is added. The candidate list is revised periodically and supplier formulations change without notice. A file reviewed once and then filed is a file that will eventually be out of date.