OEKO-TEX is a testing and certification system for harmful substances, not an environmental or ethical label, and bags are covered by two overlapping routes within it. Materials and articles are assessed under STANDARD 100 or LEATHER STANDARD, chemicals and auxiliaries under ECO PASSPORT, production sites under STeP, and finished goods carrying a traceable product ID under MADE IN GREEN. The system answers one question well — whether an article contains listed substances above defined limits at the time of testing — and it answers questions about carbon, water, labour and material origin not at all.
The OEKO-TEX system and which part applies to bags
The name is used as though it were a single certificate, which is the first source of confusion. There are several distinct labels, and a bag programme typically touches three of them. Understanding which is which matters because a supplier holding one is often presented as holding all, and because the labels have very different evidentiary value.
For a leather bag, the relevant article-level label is usually LEATHER STANDARD, with STANDARD 100 covering the lining, webbing and any textile components. A common structural mistake is to certify the outer leather and assume the whole bag is covered, when the lining, thread, interfacing and hardware finishes are separate articles with their own chemistry.
Article classes and why they matter
Both testing standards sort products into classes by how much skin contact they involve, and the classes carry progressively stricter limits. Assigning a bag to the wrong class is the most common technical error, because the natural instinct is to assume a bag is not worn against the skin and to certify it in the least demanding class available.
| Class | Definition | Relevance to bags | Typical assignment |
|---|---|---|---|
| Class I | Articles for babies and toddlers | Rarely relevant, except for children's bags | Not applicable to most programmes |
| Class II | Articles with significant direct skin contact | Applies to handles, straps and any surface gripped or worn close to the body | Appropriate for most handbags and backpacks |
| Class III | Articles with little or no skin contact | Applies to exteriors rarely touched in use | Sometimes used for outer panels, often incorrectly |
| Class IV | Furnishing and decorative materials | Occasionally used for interior trim or presentation materials | Rarely relevant to bag programmes |
A related point concerns accessories and small goods. Wash bags, pouches and tech sleeves are often certified casually because they seem incidental, yet they sit in the hand and sometimes against the skin, and a liner inside a bag contacts its contents directly. Treating them as Class II articles, consistently with the rest of the range, avoids a mismatch a reviewer is likely to notice. The practical recommendation is to certify at Class II unless there is a clear reason not to. A handbag handle is held continuously, a backpack sits against clothing and often against skin, and a strap crosses the shoulder. Class II is the honest assignment for those, and certifying at a stricter class costs little more while removing an obvious line of challenge.
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 matter to certification in one specific way: a certificate is issued for a defined article built from a defined bill of materials, so changing a lining or an adhesive after certification invalidates it. Recording the certified construction in the tech pack at approval is what keeps the certificate valid through bulk. Our standard MOQ is 500 pieces per style or colourway, with small-batch pilots available for brands validating a certified construction first.
LEATHER STANDARD versus STANDARD 100
The distinction is narrower than it appears, and it exists because leather and textiles are tested against different substance lists and different limits. Chrome-tanned leather raises questions about chromium VI, while textiles raise questions about azo dyes and residual finishes, and each standard is built around the risks of its own material class.
| Aspect | LEATHER STANDARD | STANDARD 100 |
|---|---|---|
| Material scope | Leather and leather articles | Textile materials and articles |
| Typical focus | Chromium VI, heavy metals, formaldehyde, preservatives | Azo dyes, formaldehyde, heavy metals, pesticide residues |
| Application to a bag | Outer leather, leather trims and leather linings | Textile linings, webbing, threads and synthetic panels |
| Classes | Uses the same four-class structure | Uses the same four-class structure |
| Issued to | A defined article or material reference | A defined article or material reference |
| Validity | Time-limited and renewed by retesting | Time-limited and renewed by retesting |
A finished bag made from leather with a textile lining therefore sits across both standards, and the cleanest way to handle it is to certify each component under the appropriate standard and then certify the assembled article. Certifying only the leather is a partial result, and presenting it as covering the whole bag is the kind of compression that creates problems.
One practical point about reading a certificate: the scope description is the part that matters. It names the article, the material reference and the class, and it determines what the certificate actually covers. Two certificates with the same label can have very different scopes, so comparing scopes rather than labels is how a buyer avoids accepting a document that does not describe the goods being purchased.
What the tests actually screen for
The value of the system is that it tests for defined substances against defined limits rather than asking a supplier to assert compliance. The list is updated as regulation and toxicology develop, and it covers the categories most likely to appear in leather and textile production chemistry. Understanding the categories helps a buyer interpret a certificate rather than just filing it.
| Substance group | Why it is screened | Where it typically originates in a bag |
|---|---|---|
| Chromium VI | Restricted in the EU; can form in chrome-tanned leather | Tanning and post-tanning chemistry, affected by storage conditions |
| Azo dyes | Certain azo compounds can release banned aromatic amines | Dyed linings, dyed leather, printed labels |
| Formaldehyde | Restricted and a known sensitiser | Resins, finishes, some adhesives and textile treatments |
| Heavy metals | Restricted in dyes, pigments and metal components | Pigments, hardware plating, some finishing auxiliaries |
| Phthalates | Restricted plasticisers, also covered by CPSIA in the US | Coatings, synthetic panels, printed surfaces |
| PFAS | Increasingly restricted; used for water and stain resistance | Water-repellent finishes on linings and outer materials |
| Alkylphenol ethoxylates | Restricted surfactants with aquatic toxicity | Wetting agents used in dyeing and finishing |
The PFAS row deserves particular attention for bag programmes, because water-repellent finishes are common on travel and outdoor pieces and the regulatory position on these substances is tightening in several markets. Where a bag is specified with a water-resistant finish, confirming that the finish is PFAS-free is now a routine question, and one that suppliers increasingly expect to be asked.
The limits of the label
The system is frequently presented as though it covers more than it does. It is a harmful-substance test with a defined scope, and treating it as a general sustainability credential is the most common misuse. The table below sets out the boundary, because knowing what a certificate does not say is what prevents a claim from being overstated.
| Question | Answered by OEKO-TEX? | Where the answer comes from |
|---|---|---|
| Does this article contain listed harmful substances above limits? | Yes | The certificate and its test scope |
| Is the material low carbon or low water? | No | Life cycle assessment or supplier inventory data |
| Were labour standards met at the producing site? | No | STeP or a separate social compliance audit |
| Does the article meet EU REACH obligations? | Partly; testing supports it but is not the declaration | A REACH statement naming tested substances |
| Does the article meet US CPSIA limits? | Partly; some limits overlap | A CPSIA third-party test report |
| Is the leather from an audited tannery? | No | LWG rating for the tannery site |
| Is the article recyclable or compostable? | No | Design assessment and recovery route evidence |
The certificate is also point-in-time. It describes the article as tested, using the materials listed on it, at the date it was issued. A change of dye supplier, a new adhesive or a reformulated finish can all move an article outside the tested scope without anyone intending it, which is why the bill of materials recorded at certification should be controlled through sampling and bulk.
Certifying a finished bag
Certification works best when it is planned rather than requested at the end. The sequence below reflects how the process actually runs, and following it avoids the most common outcome: a certificate issued for a material that does not match the article that ships.
- Decide the article class first, normally Class II for anything held or worn close to the body
- List every component in the bill of materials, including lining, thread, interfacing, adhesive and finishes
- Certify each component under the appropriate standard: leather under LEATHER STANDARD, textiles under STANDARD 100
- Request ECO PASSPORT evidence for the chemicals and auxiliaries used, particularly dyes and adhesives
- Certify the assembled article as a whole rather than relying on component certificates alone
- Record the certified bill of materials in the tech pack and control any substitution through change approval
- Diarise renewal, since certificates are time-limited and must be retested
Cost is modest relative to the value of the certificate and scales with the number of articles tested, which is another reason to design a collection around shared components. A range that uses one lining across six styles needs one lining certificate rather than six, and that kind of standardisation is usually the largest available saving in a certification budget.
There is a further consideration for brands selling into more than one market. A certificate scoped for the EU is not automatically sufficient for the US, because CPSIA imposes its own limits and requires its own third-party testing on the finished article. Planning both at once, rather than adding the second market later, avoids a second round of testing on goods that have already been produced.
How OEKO-TEX fits with the rest of the compliance set
No single scheme covers a bag programme, and the set works best when each document is used for the question it answers. The mapping below is the one we work to when assembling a compliance file, and it reflects how the schemes are actually used in the trade rather than how they are described in marketing.
| Document | Question it answers | Who provides it |
|---|---|---|
| OEKO-TEX LEATHER STANDARD | Is this leather article free of listed harmful substances above limits? | The leather supplier or the article producer |
| OEKO-TEX STANDARD 100 | Is this textile component free of listed harmful substances above limits? | The textile or lining supplier |
| ECO PASSPORT | Have the dyes and auxiliaries been assessed? | The chemical supplier |
| STeP or ISO 14001 | Does the production site manage environmental and chemical performance? | The production site |
| REACH statement | Does the article meet EU chemical substance obligations? | The party placing goods on the EU market |
| CPSIA test report | Does the article meet US lead and phthalate limits? | A third-party laboratory |
| LWG rating | How does the tannery manage its environmental obligations? | The tannery, published by the scheme |
On our SGS-verified production floor in Quanzhou (4,950 m²), material certificates are held in the material library alongside the technical data for each approved material, and inspection runs to AQL 2.5 under ISO 2859-1 with sampling under general level II. The programme team matches each certificate to the material reference actually being cut, which is the control that makes the file meaningful rather than decorative.
Get the right certificate for the right article
Send us your bill of materials and target market. We identify which OEKO-TEX route applies to each component, certify the assembled article and hold the certificates against the material reference. Email service@junyuanbags.com or WhatsApp +86 177 5002 0688.
Frequently Asked Questions
What does OEKO-TEX certification mean for a bag?
It means the article has been laboratory tested against a defined list of harmful substances and falls within the limits for its article class. It is a chemical safety test, not an environmental or ethical credential. It says nothing about carbon footprint, water use, labour conditions or material origin.
Which OEKO-TEX standard applies to a leather bag?
Leather components are assessed under LEATHER STANDARD and textile components such as linings, webbing and threads under STANDARD 100. A finished bag containing both should be certified as an assembled article, since certifying the leather alone leaves the lining and trim chemistry outside the tested scope.
What are the OEKO-TEX product classes?
Class I covers babies and toddlers, Class II articles with significant skin contact, Class III articles with little skin contact, and Class IV furnishing materials. Limits become stricter as the class number falls. Most handbags and backpacks belong in Class II, because handles and straps are held or worn close to the body.
Is OEKO-TEX the same as REACH compliance?
No. OEKO-TEX is a voluntary testing and certification scheme; REACH is an EU regulation. OEKO-TEX testing supports a REACH position by providing evidence, but the declaration itself is a separate document. Brands placing goods on the EU market need both the test evidence and a REACH statement naming tested substances.
How long does an OEKO-TEX certificate remain valid?
Certificates are time-limited and must be renewed by retesting, because formulations and regulations change. A certificate issued several years ago may not describe current production. Always check the issue date and confirm it sits within the current validity period before relying on it.
Does certifying the leather cover the whole bag?
No. A certificate covers the article as tested, which includes only the materials listed on it. Linings, threads, interfacing, adhesives, coatings and hardware finishes each carry their own chemistry. The assembled article should be certified as a whole rather than assumed covered by a component certificate.
What is ECO PASSPORT in the OEKO-TEX system?
It assesses the chemicals, dyes and auxiliaries used in production rather than finished articles. It is useful because the chemistry applied during finishing is often where restricted substances originate. Requesting ECO PASSPORT evidence for dyes and adhesives closes a gap that article testing alone may not catch.
What is MADE IN GREEN?
It is a product label combining harmful-substance testing with traceability and site criteria, allowing a consumer to look up where an article was made. For a brand it offers a way to communicate verified testing and supply chain visibility together, rather than presenting a certificate number with no context.
Is STeP the same as ISO 14001?
They overlap but are not identical. STeP is sector-specific, assessing environmental management, chemical management, health and safety and social criteria at textile and leather sites. ISO 14001 certifies an environmental management system at any site. Both are acceptable site-level evidence and either can be requested.
Does OEKO-TEX cover PFAS in water-repellent finishes?
The substance list is updated as regulation develops, and screening for these compounds is now routine. Where a bag is specified with a water-repellent finish, confirm explicitly that the finish is free of them, since the regulatory position is tightening across several markets and suppliers expect the question.
Can a certificate be invalidated by a material change?
Yes. The certificate describes the article as tested with a defined bill of materials. A change of dye supplier, adhesive or finish can move the article outside the tested scope. Controlling substitutions through a change approval process, and recertifying where a change occurs, keeps the certificate meaningful.
How much does OEKO-TEX certification cost for a bag?
Cost scales with the number of articles tested, so standardising components across a collection is the main lever. A range sharing one lining across several styles needs one lining certificate rather than several. Relative to the value of the certificate, the cost is modest and predictable.
Do hardware components need testing too?
They do, particularly plated metal, since heavy metals and coatings on hardware are within scope for the assembled article. Confirming that hardware finishes are tested, and requesting documentation from the hardware supplier, is a routine part of assembling a complete compliance file.
Does OEKO-TEX say anything about sustainability?
Only in one narrow sense: an article free of listed harmful substances is safer for the user and for the environment at end of use. It does not address carbon, water, land use, recyclability or labour. Presenting it as a sustainability credential overstates what the test measures.
How does certification fit with sampling and bulk timelines?
Certification should be planned alongside sampling, since the certificate must match the approved construction. Sampling runs 6–10 working days for standard constructions and 12–15 for complex ones, and bulk runs 35–50 days after approval. Requesting certificates after approval is what causes delays.
Should a brand certify at Class II or Class III?
Class II, in almost every case. Handles are held continuously and straps rest against clothing and often skin, so the stricter class is the honest assignment. The cost difference is small, and certifying at the stricter class removes an obvious line of challenge to the claim.