LWG, OEKO-TEX and REACH answer three different questions, and a serious bag programme needs all three answered. LWG audits the environmental performance and traceability of the tannery; OEKO-TEX tests the finished material against a list of substances considered harmful to human health; REACH is the European Union regulation that restricts or bans chemicals in articles placed on that market. A leather that carries only one of the three leaves an identifiable gap in the file. Specify which documents you require per material, request the underlying evidence rather than the logo, and re-test at the frequency your own risk assessment supports.
Why certification now sits inside the sourcing decision
Compliance used to be a dossier assembled after the sample was approved. That sequence no longer holds. Retailer scorecards, marketplace onboarding and product-safety enforcement now ask for evidence before a purchase order is raised, and a missing document can delay a season rather than a shipment. For bag brands the practical consequence is that certification belongs in the material brief next to substance, finish and colour tolerance, because it constrains which tanneries and which finishes are available to a design.
There is also a commercial reason. Certification is cheap to specify early and expensive to retrofit late. Changing a lining from an uncertified polyester to a tested alternative after the first bulk is cut means re-sampling, re-testing and re-costing. Naming the required scheme and product class in the first material request costs one line in a specification document.
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 |
What each scheme actually covers, and what it leaves out
The most common error in a compliance file is substitution: treating a tannery rating as proof that the article is safe, or treating an article test as proof that the tannery is well run. The three frameworks operate at different levels, and the boundaries matter when you write a specification. A tannery can hold a strong environmental rating while producing a leather whose finish includes a plasticiser you have banned internally; a leather can pass article testing while coming from a site with no audited chemical management system.
The table below is the working distinction we use when advising brands on a material brief. Read it as a division of responsibility: facility schemes answer how the material was made, article schemes answer what is in it, and market regulation answers whether it may be sold.
| Scheme | What it examines | Who holds it | Evidence you receive | What it does not cover |
|---|---|---|---|---|
| LWG Environmental Audit Protocol | Environmental performance of the tannery: energy and water use, effluent treatment, waste, traceability of raw material, chemical management systems | The tannery or leather-processing facility | Audit report with a rating band and an expiry date, plus the audit category describing which processing stages were assessed | The chemical content of any specific article, labour conditions, and product performance |
| OEKO-TEX LEATHER STANDARD and STANDARD 100 | The finished material or article tested against a restricted substance list, assigned to a product class by intended skin contact | The material supplier or the article brand | Certificate naming the article scope and product class, supported by a laboratory test report from an accredited lab | Environmental footprint, carbon, water and social compliance at the producing site |
| REACH (EC 1907/2006) | Legal restrictions on substances in articles sold into the European Union: Annex XVII restrictions and the SVHC candidate list | No certificate exists; the obligation rests with the EU importer, which in practice is the brand or its distributor | Supplier declarations, laboratory reports, and where applicable an SCIP notification referencing candidate-list substances above 0.1 per cent | Voluntary performance beyond the legal minimum, and any market outside the European Union |
Reading an LWG audit report
An LWG audit is a snapshot of a facility on a specific date, carried out against the edition of the protocol then in force. Rating bands and the thresholds behind them are revised between editions, so treat the band as a competitive signal rather than a permanent attribute. What matters more for a sourcing decision is the audit category, which records which stages of processing the site actually performs, and the date, which tells you how much of the current management system has been independently observed.
| Rating band | What it generally signals | How a buyer should treat it |
|---|---|---|
| Gold | Strong performance across the audited sections, with few or no corrective actions outstanding | Suitable as a preferred-supplier criterion for programmes that market an environmental claim |
| Silver | Solid performance with some improvement actions recorded | Acceptable for most programmes; read the corrective actions to see whether they touch traceability or effluent |
| Bronze | Minimum threshold met, with a longer list of improvements | Acceptable where the leather itself is the priority and the brand makes no environmental claim beyond the legal floor |
| Audited, unrated | The site has been assessed but did not reach a rating threshold | Treat as a data point, not a credential; pair it with article testing and your own questionnaire |
| No current audit | No valid report available | Workable if the material is otherwise exceptional, but the compliance file then rests entirely on test reports |
Two further points decide whether a rating is usable. First, confirm that the audited site is the site that will process your order, not a sister facility. Second, ask which raw-material origin the traceability section covered, because traceability claims in leather are only as strong as the hide supply chain behind them.
- Check the audit date and confirm the report has not expired at the time of your bulk booking.
- Confirm the audit category matches the processing stage your leather will receive, from raw hide through crust or from crust to finish.
- Match the legal entity on the report to the entity on your purchase order and invoice.
- Read the corrective-action section; open items on effluent or chemical management are more material to your risk than open items on packaging.
- Ask for the traceability section specifically if you intend to make any origin claim on a hangtag or a product page.
- Record the protocol edition, because thresholds and section weightings change between editions.
OEKO-TEX: choosing the right label
OEKO-TEX is not one certificate but a family, and the choice of label is where most specifications go wrong. A handbag is a composite article: leather on the outside, a textile lining inside, webbing and thread throughout, metal hardware at the closure. One certificate rarely covers all of it, and the correct answer is usually two certificates with different product classes rather than one certificate stretched beyond its declared scope.
Product class matters because the limits tighten as skin contact increases. Class I applies to articles for babies and toddlers, class II to articles with direct and prolonged skin contact, class III to articles without skin contact, and class IV to furnishing materials. A lining that sits against the hand and forearm would normally be specified to class II, while a structured outer leather may be class III.
| Label | Applies to | Typical use in a bag programme | Practical note |
|---|---|---|---|
| STANDARD 100 | Textile articles and textile components: linings, webbing, threads, elastics, labels, coated fabrics | The certificate to request for every textile component, including the ones a supplier considers trivial | Class II is the common specification for linings; confirm the class on the certificate, not in the marketing copy |
| LEATHER STANDARD | Leather, suede and leather articles tested against the same logic as STANDARD 100 | The certificate for the outer material, trims and leather cords | Class III is typical for outer leather; class II if the lining face is leather and touches skin |
| STeP | Facility assessment covering chemical management, emissions, water, energy, health and safety and social criteria | Used when selecting a tannery or a cut-and-sew partner rather than a material | Complements an LWG audit; it is a facility scheme, not an article test |
| MADE IN GREEN | A traceable article identifier combining article testing with an audited facility | Useful where a brand wants a consumer-verifiable label check on a hangtag | Each article ID is verifiable; the ID must be issued for the exact article you are shipping |
| ECO PASSPORT | Input chemicals: dyes, fatliquors, finishes and auxiliaries | Requested from the tannery when formulation detail cannot be shared in full | Helps close the gap between an MRSL and a finished-article test |
REACH: the legal floor, not a badge
REACH is a regulation, and no laboratory or trade body can issue a REACH certificate that transfers the obligation away from the importer. What exists instead is evidence: declarations from suppliers, test reports from accredited laboratories, and internal documentation showing that restricted substances have been considered. The European Union also maintains a candidate list of substances of very high concern, and articles containing a listed substance above 0.1 per cent by weight may trigger a communication duty in the supply chain and, in many member states, a notification to the SCIP database.
For bags, the restricted substances that recur in testing programmes are well known. The list below is not exhaustive, but it covers the entries that most often decide whether a material passes or fails a brand RSL at the sampling stage. Chrome-tanned leather is not inherently non-compliant; the risk is chromium VI, which can form during processing or storage if the conditions are wrong.
| Substance or group | Where it appears in bags | Typical control |
|---|---|---|
| Chromium VI | Chrome-tanned leather, particularly where ageing, humidity or high pH drives oxidation of chromium III | Testing to ISO 17075, plus controlled retannage and the use of reducing agents during wet processing |
| Azo dyes releasing aromatic amines | Dyed leather and dyed textile linings, especially saturated blacks, browns and reds | Testing to EN ISO 17234 for leather and EN 14362 for textiles, with dye-house declarations |
| Dimethyl fumarate | Anti-mould sachets and, historically, treated leather in transit | Elimination from packaging and a supplier declaration covering all sachets and interleaving |
| Polycyclic aromatic hydrocarbons | Rubberised handles, printed logos, dark plastic trims and some recycled rubber components | Testing of plastics and rubber parts; specification of low-PAH extenders and inks |
| Per- and polyfluoroalkyl substances | Water-repellent and stain-resistant finishes on leather, canvas and linings | Substitution with non-fluorinated durable water repellents where the performance target allows it |
| Nickel release | Metal hardware in contact with skin: zips, clasps, buckles, magnetic closures | Testing to EN 1811 for post and piercing-type components and EN 12472 for coated items |
| Lead and cadmium | Pigments, PVC coatings, some zamak hardware and painted trims | Testing of coatings and metal parts to the limits in Annex XVII and in destination-market product-safety rules |
| Phthalates | PVC-coated fabrics, synthetic linings, printed inks and soft-touch coatings | Testing to EN ISO 14389 and substitution in plastisol formulations |
| Formaldehyde | Resins, some retanning agents, textile finishes and adhesives | Testing to ISO 17226 for leather and ISO 14184 for textiles |
| Organotin compounds | PVC stabilisers, some coatings and anti-microbial finishes | Testing of coated materials and a ban in supplier formulations |
Two market notes keep programmes out of trouble. United Kingdom REACH operates as a separate regime after the transition period, so a declaration written for the European Union does not automatically cover Great Britain; Northern Ireland continues to follow the EU rules. In the United States, the relevant framework is different again, with CPSIA governing lead and phthalates in products for children and Proposition 65 driving warning decisions in California. A brand selling into all three needs three columns in its compliance file.
Building a compliance file for every material
A compliance file is a folder per material, not a folder per season. When each leather, lining, webbing, foam, adhesive and hardware finish has its own record, the next collection inherits tested inputs instead of restarting the process. The file should be assembled before sampling begins, because a material that cannot produce documents is a material that will fail later, and replacing it at the sampling stage costs days rather than weeks.
- Name the required scheme and product class in the material brief, before any sample is cut.
- Collect the supplier declaration and the supporting laboratory report for each input, and check that the two describe the same article.
- Record the certificate number, issuing body, scope line, issue date and expiry date in a single register.
- Cross-check the certificate scope against the bill of materials for every colourway, not only the sample colourway.
- Re-test at the frequency your risk assessment sets: annually for high-risk inputs such as dark dyed leather, on any change of tannery or dye recipe, and on any change of hardware plating supplier.
- Keep a retained sample from each tested lot so that a dispute can be resolved against physical evidence.
The questionnaire below is the companion to the file. It is deliberately short, because a long questionnaire that suppliers answer by rote produces worse data than six questions they answer carefully. Each question is designed to produce a document, not an opinion.
- Which facility will process this order, and is that the legal entity named on the LWG report you have sent?
- Which OEKO-TEX label and product class covers this exact article, and can you send the certificate with its scope line?
- Can you provide a laboratory report for chromium VI and azo dyes from the last twelve months, issued by an accredited laboratory?
- Do any inputs contain a substance on the current candidate list above 0.1 per cent by weight?
- Which water-repellent chemistry is used on this finish, and is it fluorinated?
- If the dye recipe, tannery or finishing subcontractor changes, how will you notify us, and how quickly?
Test planning: what to test, and how often
Testing is where the compliance file becomes expensive if it is unplanned. A full panel on every colourway of every material is rarely necessary; a risk-based panel is both cheaper and more informative. Dark dyed leathers, pigmented splits, metallics and coated fabrics carry more chemical risk than an aniline vegetable-tanned hide, and hardware carries a different risk again. The indicative turnaround figures below reflect common laboratory practice rather than a guarantee; plan the sampling calendar around the slowest test, not the fastest.
| Test | Applies to | Indicative turnaround | Frequency guidance |
|---|---|---|---|
| Chromium VI, ISO 17075 | All chrome-tanned leather | Around five to ten working days | Per lot for new suppliers; annually for established ones; always after a recipe change |
| Azo dyes and aromatic amines, EN ISO 17234 | Dyed leather and dark linings | Around five to ten working days | Per colourway at first sampling, then annually or on recipe change |
| Formaldehyde, ISO 17226 | Leather with resin retannage; adhesive-bonded assemblies | Around five working days | Annually, and whenever an adhesive is substituted |
| pH and difference figure, ISO 4045 | Leather intended for skin contact | Two to three working days | Per lot at sampling; a drift here often precedes a chromium VI failure |
| Colour fastness to rubbing, ISO 11640 | All dyed and finished leather | Two to five working days | Per colourway; also useful as a durability signal, not only a compliance one |
| Nickel release, EN 1811 and EN 12472 | Metal hardware touching skin | Around seven to ten working days | Per hardware finish and plating supplier, then annually |
| Phthalates and PAH screening | Coated fabrics, printed trims, rubber components | Around seven to ten working days | Per material family, repeated when the supplier of a coating changes |
| Physical strength, ISO 3376 and ISO 3377 | Leather selected for load-bearing panels | Three to five working days | Per material at development stage, then on any substance change |
Where compliance meets design and performance
Substance restrictions change how a bag looks and behaves, and a specification written without that in mind will disappoint on the bench. Chrome-free and aldehyde-free retannages generally produce a paler, firmer leather with different dye uptake, which affects both the colour range and the achievable shade depth. Water-based finishes reduce solvent emissions and simplify compliance, but they can be softer and less abrasion resistant in the first weeks after application. None of this makes the compliant choice wrong; it makes it a design decision rather than a purchasing formality.
Hardware deserves separate attention because it is the component most often overlooked. A zip pull, a magnetic closure and a foot stud are small parts with a disproportionate share of restricted-substance risk, and a plating change can invalidate a test report that the programme has relied on for two seasons. Ask the hardware supplier for a per-finish declaration and treat each finish as its own material in the register.
| Design choice | Compliance consideration | Performance trade-off |
|---|---|---|
| Chrome-free or aldehyde-free retannage | Reduces chromium VI and formaldehyde risk at source rather than testing for it afterwards | Paler base colour, firmer hand, narrower shade range, slightly longer wet-processing time |
| Water-based finishing | Lowers solvent exposure and simplifies the facility's chemical management story | Lower initial abrasion resistance; needs a longer cure window before packing |
| Fluorine-free water repellency | Removes PFAS from the compliance conversation entirely | Lower oil repellency; soil release differs, so aftercare instructions should be adjusted |
| Recycled polyester lining | Requires the same STANDARD 100 evidence as a virgin lining, plus traceability documentation | Batch-to-batch shade variation is wider; allow a broader tolerance in the specification |
| Zamak or brass hardware with decorative plating | Nickel release and lead content must be tested per finish | Thicker plating improves wear but can alter the fit tolerance of mating parts |
| Pigmented split or coated leather | Higher screening burden for phthalates, PAHs and azo dyes | More uniform appearance and better cutting yield on large panels |
Our programme team works to a simple rule when supporting brands through this process: the compliance file is assembled alongside the sample, not after it. That means the material brief, the certificate register and the laboratory bookings are opened in the same week, with sampling running six to ten working days and bulk production scheduled thirty-five to fifty days after sample approval. Bags are then inspected to AQL 2.5 under ISO 2859-1, single sampling, general level II, and shipped FOB Xiamen or on EXW, CIF or DDP terms where a programme requires them. Clients developing a material strategy from the start usually find that the certificate question resolves itself, because the tanneries that hold current evidence are also the ones that answer technical questions quickly.
Build the compliance file with the material brief
Send us your material shortlist and target markets, and we will confirm which certificates, product classes and laboratory tests each input requires before sampling starts. Email service@junyuanbags.com or message the programme team on WhatsApp at +86 177 5002 0688.
Frequently Asked Questions
What is the difference between LWG certification and OEKO-TEX certification?
LWG audits a facility and OEKO-TEX tests an article, so they are not alternatives. An LWG report describes how a tannery manages energy, water, effluent, waste and traceability on the day of the audit. An OEKO-TEX certificate describes what was found when a specific material was tested against a restricted substance list. A bag programme usually needs both: the facility scheme supports any environmental claim, and the article test supports product safety.
Is REACH a certificate that a tannery can issue?
No. REACH is a European Union regulation, and no body can issue a certificate that transfers the obligation. The responsibility sits with the importer placing the article on the EU market. What suppliers provide is evidence: a declaration of conformity, accredited laboratory reports, and information on candidate-list substances above 0.1 per cent. Treat any document labelled a REACH certificate as a marketing summary and ask for the underlying test reports.
How long does an LWG audit remain valid?
Validity is set by the protocol edition and is typically around two years, after which the site must be re-audited to keep a current rating. For sourcing purposes, the practical rule is stricter: check that the report will still be valid on the date your bulk is booked, not only on the date you select the material. An expiring rating during a long production window leaves a gap in the file.
Do I still need OEKO-TEX if my tannery has an LWG Gold rating?
Yes, in most programmes. A Gold rating says the facility manages its environmental performance well; it does not measure the chemical content of the leather you receive. Chromium VI and azo dyes are article-level risks that can appear in a well-run site through a changed recipe, a new dye lot or adverse storage. Article testing is the only way to evidence the result, and it is inexpensive relative to a recall or a retailer delisting.
Which OEKO-TEX product class should a handbag lining be specified to?
Class II is the usual specification for a lining, because it sits against the hand and forearm and therefore has direct, prolonged skin contact under the scheme's definitions. Class III applies to articles without such contact and is often used for structured outer leather, while class I is reserved for babies and toddlers. Confirm the class printed on the certificate, because a class III certificate cannot support a class II requirement.
What is chromium VI and why is it tested in leather?
Chromium VI is an oxidised form of chromium that can form in chrome-tanned leather under unfavourable conditions such as high pH, heat, humidity or long storage. It is restricted because of its sensitising and carcinogenic properties. Testing to ISO 17075 measures the extractable amount in a sample. Tanneries control it through the retannage recipe, the use of reducing agents and disciplined drying, which is why a pass result is perishable rather than permanent.
Can chrome-free leather still fail REACH or a brand restricted substances list?
It can. Chrome-free removes one risk and leaves the others intact. Aldehyde-based retannages can introduce formaldehyde, dye selection still governs azo and aromatic amine results, and finishes can introduce PFAS, phthalates or organotin compounds depending on the formulation. A vegetable-tanned or chrome-free leather should be tested against the same panel as any other material, simply with different expectations for each result.
Does REACH apply to bags sold in the United Kingdom or the United States?
The European Union regulation applies to the EU market; Great Britain operates its own UK REACH regime, and Northern Ireland continues to follow the EU rules, so declarations should name the market they cover. The United States uses a different framework, with CPSIA covering lead and phthalates in children's products and California Proposition 65 driving warning decisions. A brand selling into all three should hold three columns of evidence.
Who is legally responsible for compliance when bags are imported?
Under REACH the obligation falls on the importer into the European Union, which in practice is the brand or its appointed distributor. Your production partners supply the evidence and the declarations, but they cannot discharge your legal duty. This is why the documentation request belongs in the material brief rather than in a post-shipment checklist: the party that must answer a regulator is the party that should specify the evidence.
How often should finished bags be re-tested?
Most programmes adopt a risk-based cycle rather than testing every shipment. Annual testing of high-risk inputs such as dark dyed leather and coated fabrics is common, with additional testing whenever the tannery, dye recipe, finish or hardware plating supplier changes. Established suppliers with stable results may move to a longer cycle. The decision should be documented in a risk assessment, because an auditor will ask how the frequency was chosen.
What documents should I request from a leather supplier before sampling begins?
Ask for four items: the LWG report or an equivalent facility audit with its date and audit category; the OEKO-TEX certificate with its scope line and product class; laboratory reports for chromium VI, azo dyes and formaldehyde from the previous twelve months; and a declaration covering candidate-list substances. Requesting these before sampling means a material without evidence is replaced while the schedule still has room for it.
Does certification increase the cost of a bag programme?
Certified materials and laboratory testing add cost, but the amount is usually small against the alternatives. Testing a panel of inputs costs far less than re-sampling a season, and a material substitution forced after bulk is cut affects the delivery date as well as the unit price. The larger cost risk lies in unplanned testing: booking laboratory slots late extends the sampling window, and the programme absorbs that delay.
Can a small brand ordering 500 pieces obtain certified leather?
Yes, provided the requirement is stated early. Tanneries hold certificates for the articles they sell routinely, so a programme at 500 pieces per style and colourway can usually select from leathers that already carry current evidence. What is harder at low volume is commissioning new testing for a bespoke colour, which is why specifying an existing certified shade for the first run is often the more practical route.
How do I verify that a certificate is genuine?
Check three things. First, confirm the certificate number and the issuing body, and where the scheme offers a public label check, enter the number there. Second, read the scope line and confirm it names the article you are buying, not a related product. Third, compare the legal entity on the certificate with the entity on your purchase order. A certificate that fails any of those checks should be treated as absent.