A toy sold in both Europe and the United States may have to meet three different sets of limits for the same thing: metals and chemicals in the product. These three sets are not substitutes, and using reports from one set to answer the other is a common cause of returns.

This article compares the three most common frameworks — RoHS, EN 71-3 and CPSIA — and shows when a product is subject to all three and when to just one.

1. Three limiters, three different approaches

The core difference lies in: measuring method. RoHS asks “how much of this substance is in the material”; EN 71-3 asks “how much of this substance can be dissolved and absorbed when the child sucks or swallows”; CPSIA limits by product and by paint layer. The three questions are different so the three sets of results cannot be used interchangeably.

2. When are toys covered by RoHS?

Here is the question that determines the amount of work:

• Toys with electrical and electronic functions: belongs to the group of entertainment, sports and toy equipment within the scope of RoHS. Businesses must pay attention to both RoHS and toy safety requirements.
• Toys without electrical functions: Not covered by RoHS. The main requirements come from toy safety (EN 71-3) and target market regulations.
• Separate accessories sold included: It is necessary to determine whether the accessory is a separate electrical or electronic device or just a part of the toy.

In other words: don’t ask the question “is the toy subject to RoHS”, ask the question “is there any electrical or electronic equipment in this toy”.

3. Comparison table by substance group

Looking at the table, we can see: there are groups of substances that only have one set of control regulations. Therefore, a toy sold in multiple markets needs to combine requests from all three sets into a single test list so as not to have to make multiple batches.

4. Four common mistakes

5. How to build a set of records for all three frameworks

1. Dissection according to homogeneous material for electrical and electronic parts; Disassemble according to contact toy material for the remaining part.
2. Prepare a list of consolidated substances From three sets of regulations, clearly state which set regulates which group of substances.
3. Choose the method according to the requirements of each set: concentration analysis for RoHS; travel simulation for EN 71-3; tested according to US regulations for lead and phthalates.
4. Make clear notes in the report Which result is used for which frame, avoiding confusion between frames.
5. Review when regulations change in any of the three frames.

6. Frequently asked questions

Do wooden toys without electricity have to comply with RoHS?

No. RoHS only applies to electrical and electronic equipment. With wooden toys, the main requirements are toy safety and chemical regulations of the target market.

What about toys with small LED lights?

It is necessary to determine whether the LED light assembly and control circuit constitute an electrical – electronic device. In most such cases, RoHS requirements will apply to the electrical part.

Does EN 71-3 replace the CPSIA lead requirement?

No. Two different methods and two different limitsystems. Businesses selling to the United States need to meet CPSIA requirements according to CPSIA measures.

Is it necessary to test trivalent chromium and hexavalent chromium separately?

In EN 71-3, the two forms of chromium have separate limits so results are often reported separately. With RoHS, the focus is on hexavalent chromium.

Will the cost increase a lot if all three frames have to be made?

The main increase is in the number of tests and samples, but the material removal part can be shared. The most economical way is to combine the requirements of all three frameworks into one sample submission.

7. Conclusion

RoHS, EN 71-3 and CPSIA are three different sets of limits in terms of measurement and subject: one for concentration in materials, one for mobility, one for children’s products. With toys with electrical and electronic functions, all three can be applied together.

Two things to do: clearly identify whether the item has electrical or electronic components to know if RoHS applies; and combine the substance list of all three frames into a single testing plan for each season.

References

• Directive 2011/65/EU and its amendments (RoHS), including the group of entertainment – sports – toy equipment.
• Directive 2009/48/EC on toy safety and the EN 71 series of standards, including EN 71-3 on the movement of elements.
• The US Consumer Product Safety Improvement Act (CPSIA) and related regulations on lead and phthalates in children’s products.

Related articles

• RoHS for textiles, footwear and toys: when does RoHS NOT apply?
• RoHS scope of application: which products must comply, which products are excluded?
• What is halogen-free? Not covered by RoHS but customers still request it — why?
• How are RoHS and REACH different? Thresholds, scope and reporting obligations
• RoHS comparison table for 6 markets: EU, China, Korea, Japan, EAEU, California

Discuss further

Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

Every RoHS filing has a potential weakness: a supplier’s failure to declare material composition. Businesses then have to choose between three things — accept the risk, create their own alternative evidence, or replace the supply.

The problem is that this decision is often made late, when the production season is already underway and the contract has been signed. This article presents how to classify suppliers, three levels of response, and how to include the obligation to declare in the contract to avoid having to handle this situation in a passive position.

1. Why did the supplier not declare?

Important point: “failure to declare” is not a unique status. It’s important to distinguish between a supplier who doesn’t understand the requirements and a supplier who actively fails to provide information — these two situations require two different approaches.

2. Three levels of response

Don’t jump from level 1 to level 3 right away: many cases just require a correct form and a real technical conversation. But you should not stay at level 1 for too long with high-risk materials.

3. Alternative evidence when there is no declaration

When there is no supplier declaration, businesses can still create evidence — but must be transparent about it:

1. Results of routine screening according to input batches, with acceptance criteria and actions when exceeding.
2. Enterprise test report on a representative sample, at a determined frequency.
3. Third-party certification that the supplier already has, even if it is not convenient for them to provide the original report.
4. Assumption notes in the file: clearly state which materials have not been declared and have been controlled by what measures.

Noting the assumptions is the important point: a profile that has gaps but is well controlled is much better than a profile that looks complete but no one knows where the data came from.

4. Five clauses that should be included in the supply contract

5. Classify suppliers to manage risks

6. Frequently asked questions

Supplier says “goods meet RoHS” without documents, is that acceptable?

Not recommended unless the material risk level is very low and the business has its own controls. Verbal assertions cannot create evidence when questioned.

Should suppliers be required to sign a commitment to take responsibility?

There should be clear terms in the contract, with reasonable liability limits for the supplier to accept. Commitments that are too broad often lead to refusal to sign.

What to do if the supplier is overseas and does not respond?

Move to level 2: control by screening and periodic testing of that material, and find alternative sources for new designs. Additional control costs should be factored into the price of materials when evaluating suppliers.

Can supplier declarations be used for different product codes?

Only if same material, same manufacturer and same version. If in doubt, you need to declare each specific code.

Where should the supplier evaluation process be located?

Embedded in the purchasing process and new material approval process: suppliers that do not meet the declared requirements are not included in the new design. This is the most effective blocking point.

7. Conclusion

Suppliers not declaring is a normal situation in the supply chain, but allowing it to become a gap in regulatory compliance records is the business’s choice. Three response levels and four supplier classification groups help turn this problem into concrete planning.

Two things should be done immediately: include the declaration requirement in the contract terms with a form with examples; and for materials that must be used without declaration, note the control assumption in the file at the beginning instead of leaving it blank.

References

• Directive 2011/65/EU and its amendments (manufacturer obligations, supply chain responsibilities).
• EN IEC 63000 standard on conformity assessment documents for electrical and electronic equipment.
• IEC 62474 and IPC-1752A on material data declaration and exchange.

Related articles

• 7 situations where factories are forced to do cross-sections
• Which step is wrong? Analysis of 5 situations where goods are recalled because of RoHS
• Material declaration according to IEC 62474 and IPC-1752A: what must the supply chain send and receive?
• Only sample RoHS report, no batch report—is it valid?
• Checklist of 20 RoHS control points for electronics factories (input – production – output)
• When is XRF only needed, when is wet testing required? Batch RoHS control strategy

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

RoHS and REACH are often used interchangeably in the same sentence: “has this product passed REACH and RoHS?”. But these two sets of regulations have essentially different scope, limits and obligations. Using a report from one ministry to respond to another ministry is one of the most common errors in export documents to the EU.

This article compares the two sets of regulations according to five practical criteria: scope, substance list, limit calculation, information obligation and overlaps commonly encountered by e-businesses.

1. The two sets of regulations are different in nature

2. The most important difference: how to calculate the 0.1% limit

Both sets mention 0.1%, but the meaning is completely different — and this is the source of a lot of misunderstanding:

• In RoHS: limit of 0.1% by volume homogeneous material (Cadmium alone has a stricter limit). This means that each individual material must be evaluated independently.
• In REACH: The 0.1% level attaches to the information obligation when a product contains a candidate substance in excess of that level, and the calculation is often associated with the whole product rather than individual homogeneous materials.

Therefore, a product can meet RoHS at the material level and still have information obligations under REACH at the product level — and vice versa.

3. Information obligations under REACH that e-businesses often miss

Three obligations are often overlooked when businesses focus solely on RoHS:

1. Provide information to customers when the product contains a substance on the list of candidate substances that exceeds the prescribed level. This obligation applies to both finished goods and components sold separately.
2. Updated when substance list changes. The list of candidate substances is supplemented over time, so a “REACH passed” profile may no longer be correct after several updates.
3. Declare into the database of the European agency For products containing excess candidate substances, according to the roadmap applied from the beginning of 2021.

For the electronics supply chain, substances that often appear in the candidate list are plasticizers, some flame retardants, and heavy metals in alloys or coatings.

4. Four common misunderstandings

5. Manage two sets of obligations in one profile

The upside: much of the data collection work is common to both. If the declaration form is designed correctly from the beginning, businesses do not have to ask the supplier again every time the customer switches from RoHS requirements to REACH requirements.

6. Frequently asked questions

If the product already has a RoHS report, does anything need to be done for REACH?

It is necessary to check whether the product contains any substances on the list of candidate substances that exceed the prescribed levels, and whether there is a corresponding information obligation. The RoHS report only includes the restricted substance list, which is not enough to answer.

Are loose components covered by REACH?

Yes. REACH applies to products circulating on the EU market, including components sold separately. Therefore, declaration requests from European customers increasingly include candidate substance lists.

Do I need to declare it in the European agency’s database?

This obligation is associated with the product containing the candidate substance in excess of the prescribed level, and is usually the responsibility of the party bringing the product to market. Manufacturing enterprises need to provide data for that party to perform.

If there is no candidate substance in the product, what should be done?

It is still recommended to have written confirmation and save supporting data, because the list of candidate substances is periodically updated and customers can ask again after each update.

Do Vietnamese businesses have direct obligations under REACH?

The obligation largely lies with the party bringing the product to the EU market, but in fact exporting businesses still have to provide data to meet contracts and customer requirements. This is a contractual obligation, but it is also a real commercial risk.

7. Conclusion

RoHS and REACH are two parallel frameworks, not replacing each other. RoHS restricts 10 substances in electrical and electronic equipment with limits based on homogeneous materials; REACH regulates chemicals in general with a variety of limit mechanisms and information obligations.

Three things to do: design a common material declaration form for both sets; clearly state the basis for calculating the limit in all documents; and periodically monitor updates to the list of candidate substances so as not to be passive when customers ask again.

References

• Directive 2011/65/EU and its amendments (RoHS).
• Regulation (EC) 1907/2006 on the registration, evaluation, authorization and restriction of chemicals (REACH).
• Obligation for information on substances contained in products and the database of products containing candidate substances of the European Chemicals Agency.
• IEC 62474 — Material declaration for products of and for the electrotechnical industry.

Related articles

• 7 errors caused electronic shipments to be detained at EU border gates because of RoHS
• Material declaration according to IEC 62474 and IPC-1752A: what must the supply chain send and receive?
• RoHS and WEEE: one side restricts the substance, the other side is responsible for recall
• RoHS and ELV: two different sets of substance limits for electronics and automobiles
• 10 RoHS restricted substances: how do the 0.1% and 0.01% limits apply to “homogeneous materials”?

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

“How long to keep records” is a question that sounds administrative, but it determines whether a business can answer the market surveillance agency or not in a specific situation: a batch of goods sold three years ago is inspected, or a customer reopens records from an old project.

RoHS has clear record keeping obligations, and there are additional timelines that businesses must keep track of to know when records need to be updated. This article summarizes both groups: retention periods and milestones to remember.

1. Record keeping obligations according to RoHS

Manufacturers bringing electrical and electronic equipment to the EU market must keep it Technical records and declaration of conformity for ten years since the product was introduced to the market. The importer is also obliged to retain the declaration of conformity for the same period and present it upon request.

Two points need to be distinguished:

• Obligation to save: lasts ten years, calculated from the date of bringing the product to market, not from the date of manufacture.
• Obligation to provide: When requested by competent authorities, enterprises must provide information and documents proving compliance within a short period of time. This deadline does not allow businesses to collect documents from the beginning.

Practical consequence: records should be in a ready-to-send state, not in a “scattered in a retired technician’s email” state.

2. How long should each type of record be kept?

3. Legal timelines that businesses need to follow

In addition to the retention obligation, there is another group of milestones associated with whether records are correct or not:

4. How to organize records to save for ten years

1. Organized by product code: Each product code has a record, inside divided by version.
2. Marking the launch date to the market: The first batch delivery date or customs clearance date is used as the basis for calculating the retention period.
3. Data Link: material list, supplier, test report, material declaration and effective date.
4. Save all changes records: Material change records, supplier changes, process changes — this is evidence as to why the original records are still correct.
5. Save in two places: originals and digital copies, with decentralized access.
6. Schedule a review: tied to legal milestones and customer request cycles.

5. Five common mistakes

6. Frequently asked questions

After ten years, can my records be deleted?

Regarding the retention obligation, after ten years since the product was placed on the market, the retention requirement under the Directive has been completed. But if the product is still on sale, under warranty or customers are still requesting it, the business should keep records longer.

Is the importer responsible for keeping records?

Yes. The importer must keep the declaration of conformity and provide it upon request; In addition, the manufacturer must ensure that the manufacturer has performed a conformity assessment.

Can digital records replace paper copies?

Normally, a digital version is accepted if it is complete, traceable, and has measures to ensure its integrity. It is important to pay attention to language requirements and the ability to present printed copies when requested by authorities.

Do I need to save product samples?

The law does not require sample retention in all cases, but many customers request it and the sample is very useful when comparing. The sample retention period should be agreed upon from the beginning.

When changing suppliers, do old records have to be kept?

Yes, because previously sold goods still need to be proven. The new profile complements but does not replace the old profile.

7. Conclusion

The obligation to keep RoHS records is ten years from the time the product is placed on the market, but the actual value of the records depends on how it is organized: by product code, with timelines, with change records.

Three things to do: clearly state the milestone of bringing the product to market for each product code; organize records by product code instead of by batch; and put export market legal milestones on the same review schedule as technical dossiers.

References

• Directive 2011/65/EU and its amendments (obligations of manufacturers and importers, record keeping period).
• EN IEC 63000 standard on conformity assessment documents for electrical and electronic equipment.
• Delegated Directives related to exemptions (expiration and renewal dates for the period 2026–2027).
• Directive (EU) 2025/2456 and transitional milestones related to the exemption assessment mechanism.

Related articles

• Conformity assessment procedures 2026
• QCVN 4:2009/BKHCN: safety requirements for electrical and electronic equipment and Amendment 1:2016
• Measuring dimensions on cross-sectional images: how to set the ruler to minimize the error?
• Set of standards governing cross-section: IPC-A-600, IPC-6012, IPC-TM-650 2.1.1, J-STD-001 and IPC-A-610
• RoHS and WEEE: one side restricts the substance, the other side is responsible for recall
• RoHS and ESPR/digital product passport: how will the way of proving compliance change?
• Is the RoHS report from 2 years ago still available? When to try again?
• RoHS technical records according to EN IEC 63000: what must businesses save and submit?
• What happens if the RoHS exemption expires? Rules for spare parts and inventory
• RoHS 2026: changes Vietnamese businesses must understand before import season

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

One of the most practical questions when building a RoHS control system is: can XRF be used for everything, or is wet testing required? Short answer: XRF is a very good screening tool, but four technical limitations prevent it from replacing wet testing for concluding conformity.

Correctly understanding the boundary between the two tools helps businesses save significantly: using XRF to localize risks and control each batch, using wet testing for points that really need to be concluded. Conversely, using XRF in the wrong place will create a false sense of security and returned shipments.

1. What can XRF do and what can’t it do?

In other words: XRF answers the question “does this material present a risk”, not “does this material meet the RoHS limit” in all cases.

2. Four cases require wet testing

1. XRF results are near the limit. When measurements are close to the limit, measurement errors can reverse the conclusion — requiring more precise analysis methods.
2. Need to conclude about hexavalent chromium. XRF reports total chromium, does not show valence; this is the most common reason why a material that “passes XRF” still requires further testing.
3. Need to conclude about PBB, PBDE and phthalate. These are organic compounds, so chromatography combined with mass spectrometry must be used.
4. Need conclusion for legal documents. When customers or supervisory authorities require evidence, standard method test reports have a higher value than screening results.

3. XRF screening is still very valuable: use it correctly

The greatest value of XRF does not lie in replacing wet testing, but in reducing the number of wet testing points and detecting abnormal materials early:

• Input Control: Screen each batch of high-risk materials such as welds, plating, alloys, and flame retardant plastics.
• Compare with standard sample: Compare the new batch results with the confirmed batch to detect any unusual differences.
• Zoning in products: Determine which parts need wet testing, instead of testing the entire product.
• Quick check when changing suppliers: a few minutes measurement can prevent a defective batch.

4. Decision table: XRF or wet test?

5. Develop a three-layer control strategy

An effective implementation is to divide materials by risk level and associate each level with an inspection frequency:

6. Frequently asked questions

When XRF reports “Pb” exceeds the limit, is it definitely a defective product?

Not sure yet. Results may be affected by sample matrix, coating, or measurement location. It is necessary to re-measure at another point, on a properly prepared sample, and for official records, a quantitative analysis method is needed.

XRF reports that chromium exceeds the limit, is it hexavalent chromium?

Need to determine separately by appropriate method. Many plating and passivation layers use trivalent chromium, which is not subject to that restriction. This is the most common misunderstanding when working with XRF results.

Can XRF be used to test for phthalates in cables?

No. XRF does not measure organic compounds. Mass spectrometry is needed for the phthalate group.

Is there any equipment that can screen bromine to deduce PBDEs?

XRF measures total bromine, which is useful but not conclusive. Plastics with brominated flame retardants that are not on the restricted list may still give high bromine results; On the contrary, plastics that do not contain PBDE but contain other brominated flame retardants are also reported to contain bromine.

How often should we retest if all screening passes?

Depending on risk level and supply stability. With high-risk materials, testing should be performed periodically and immediately when there is a change in supplier or material formulation.

7. Conclusion

XRF and wet testing are two tools of the same strategy: screening for detection and control, analysis for conclusion and evidence. Mixing the roles of the two tools is a common cause of two types of mistakes: excessive testing costs, or overconfidence in screening results.

Three things to do: classify materials according to risk level; specify when a screening result must be converted to wet testing; and save both the screening results and test reports in the same file to see control history.

References

• IEC 62321 series — sections on screening and determination of restricted substances.
• Directive 2011/65/EU and its amendments (limits based on homogeneous materials).
• Guidance on the use of X-ray fluorescence in substance control is limited.

Related articles

• How is Cross Section different from X-ray, AOI and ultrasound? When must the sample be destroyed?
• RoHS and plastic recycling: why is it most difficult for recycled plastic to achieve RoHS?
• PVC and phthalates in cables: most common cause of limit exceedance
• Cr(VI) in the chromium passive layer: why does the mechanical and electronic industry often stick?
• XRF RoHS screening: how to read the results, how much to trust, 5 limitations you must know
• XRF reports “Cr” exceeds the limit: why is it not sure it is Cr(VI) and what should be tested next?
• Cr(VI) test: how are colorimetric and ion chromatography (IC) different?
• Checklist of 20 RoHS control points for electronics factories (input – production – output)

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

In the electronics supply chain, most of the time on a compliance project lies not in the test room but in collecting material data from suppliers. And most of them fail for a very simple reason: the two sides do not agree on what “material declaration” means.

Buyers only need one line of confirmation to meet the limit; The seller sends a test report with three materials while the product has fifteen materials. As a result, the compliance file has flaws but no one detects them until the end customer or supervisory agency asks questions.

This article explains two commonly used standards for exchanging materials data — IEC 62474 and IPC-1752A — and how to finalize a declaration form that works for both parties.

1. Two standards, two different roles

Point to remember: these two standards are not interchangeable. IEC 62474 is about data content and structure; IPC-1752A is about forms and management. Businesses can use the form according to IPC-1752A with reference substance list IEC 62474.

2. Declarative level classification: why must it be fixed first?

Material declaration is not a single type. In reality, there are many levels, from lightest to heaviest:

1. Confirm compliance: a line affirming that the product meets the RoHS limit. Fast, cheap, but has no probative value when questioned.
2. Declaration according to the list of restricted substances: declare the concentration of restricted substances in each homogeneous material. This is the most common level for RoHS.
3. Declaration according to the expanded list of substances: Add substance groups according to REACH, customer or industry requirements.
4. Full declaration of ingredients: List all substances contained in the material, including non-restricted substances. This level is the most labor intensive but can be used for many purposes.

The IPC-1752A standard classifies declaration levels into different groups for consistent naming between parties. The choice of level must be finalized in writing before data collection begins — otherwise, each provider will submit one model.

3. Eight minimum fields should be required in every declaration

4. Why is declared data often not reusable?

Four common problems make declarative data useless when needed:

• Not tied to specific materials: The report says “PC/ABS plastic” but does not specify which plastic is in the product.
• Inconsistent units: Sometimes it’s a percentage, sometimes it’s milligrams per kilogram, sometimes it’s not written.
• Missing timestamp: I don’t know which product version the data belongs to.
• No commitment to notify changes: When the supplier changes the formula, no one knows.

This is the reason why many businesses have to ask for data again every time a customer changes a request, even though it has been collected once before.

5. 6-step process to standardize material declaration

1. Make a list of homogeneous materials for products, assign codes to each material.
2. Finalize the declaration level need to be collected, clearly stating the list of reference substances.
3. Select form shared, clearly state units, expressions, and minimum requirements.
4. Issue declaration requests to suppliers with detailed code and response deadline.
5. Check input data: If any field is missing, it will be returned, sketchy declarations will not be accepted.
6. Save by version and set change notifications for all at-risk materials.

6. Frequently asked questions

Do small businesses need to use these two standards?

It is not necessary to implement it in the form of a data system. But you should use a unified declaration form, based on the minimum fields of the two standards, to avoid asking questions over and over again.

Can material declarations replace test reports?

In many cases yes, if the declaration comes from a verified supplier and is considered trustworthy. But with high-risk materials, there should be periodic confirmatory testing — a declaration is just an assertion.

If the supplier says “RoHS compliant” but doesn’t include data, what should I do?

Requires declaration in a form with minimum fields. If the supplier does not comply, put the material under strict control: screen inputs and test periodically, or find alternative sources.

What is the difference between a material declaration and a declaration of conformity?

Material declarations are technical data about the component, usually issued by the supplier. A declaration of conformity is a legal document signed by the party bringing a product to market, confirming that the product meets applicable requirements. One is the input, the other is the output of the profile.

If the standard version number changes, do I have to re-apply?

It is common for standards to be updated. What needs to be checked is whether the technical requirements and reference substance list have changed compared to existing data; If there is no change in nature, it is usually only necessary to record and update the document.

7. Conclusion

Material declaration is the data infrastructure of regulation compliance. When this infrastructure is standardized, businesses can answer many different types of requirements — RoHS, REACH, unique customer requirements — from the same original data set.

Three things to do immediately: finalize a declaration form with the minimum eight fields; Ask the supplier to clearly state the unit of measurement and effective date; and include a change notification clause in the supply contract.

References

• IEC 62474 — Material declaration for products of and for the electrotechnical industry.
• IPC-1752A — Materials Declaration Management (material declaration form and declaration level).
• Directive 2011/65/EU and its amendments (list of restricted substances, limits based on homogeneous materials).
• Regulation (EC) 1907/2006 (REACH) on the exchange of substance information in supply chains.

Related articles

• Batteries and RoHS: why is the EU battery regulation the main application framework?
• When is XRF only needed, when is wet testing required? Batch RoHS control strategy
• RoHS and plastic recycling: why is it most difficult for recycled plastic to achieve RoHS?
• Which step is wrong? Analysis of 5 situations where goods are recalled because of RoHS
• PVC and phthalates in cables: most common cause of limit exceedance
• 7 errors caused electronic shipments to be detained at EU border gates because of RoHS
• RoHS and ESPR/digital product passport: how will the way of proving compliance change?
• What is halogen-free? Not covered by RoHS but customers still request it — why?
• What is “homogeneous material”? Misunderstanding this concept is the entire result of RoHS being wrong
• Foreign suppliers refuse to declare: how do businesses self-manage RoHS risks?
• How are RoHS and REACH different? Thresholds, scope and reporting obligations
• RoHS technical records according to EN IEC 63000: what must businesses save and submit?

Discuss further

Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

A very common situation: a business has a test report on a product sample, but the customer requests a “batch report” or “report for each delivery batch”. So is the report on the form valid?

The answer has two parts. According to the RoHS conformity assessment mechanism, Reporting on a representative sample is the usual and valid form of evidence, provided the sample is representative of the manufactured goods and the manufacturer maintains controls to ensure that the produced goods remain as sampled. What about the “batch reporting” requirement? contractual requirements or risk requirements, not the provisions of the Directive.

This article analyzes when on-sample reporting is sufficient, when it is not, and how to build intermediary mechanisms to satisfy customers without having to retest the entire batch.

1. Assess conformity by design or by batch?

RoHS requires manufacturers to evaluate the compliance of devices before placing them on the market, based on the device’s structure and materials. Commonly used evidence is:

• Materials analysis on a representative sample of each homogeneous material.
• Supplier’s material declaration for purchase details.
• Technical profile summary for product code.

At the same time, manufacturers must maintain measures to ensure that mass-produced goods remain true to the evaluated sample — often through input control, change control and periodic inspection.

In other words: The report on the form answers the question “is this design compliant”, while production control answers the question “are the products sold the same as the evaluated design?”.

2. When is reporting on the form sufficient?

When the above conditions are met, the report on the form is suitable evidence for inclusion in the technical file.

3. When is reporting on the form not enough?

4. What exactly is “batch reporting”?

When customers say “batch reporting,” they typically want one of three things — and these three things have very different costs:

1. Test report for each delivery batch — highest level of requirements, highest cost, often found in the automotive, medical device, or high-risk product industries.
2. Batch screening results with periodic test reports – intermediate level, suitable for most cases: each batch has screening results, complete wet testing periodically.
3. Confirm the production batch is according to the tested material — just the commit and traceback, no further retries.

Distinguishing these three levels helps businesses negotiate correctly: many “batch reporting” requirements can in fact be satisfied by level 2 or level 3, with evidence of production control.

5. Intermediate mechanism: risk-based control

6. How to respond when customers request batch reports

1. Confirm the request content: Do you want a full test report for each batch, screening results for each batch, or a commitment to traceability?
2. Presenting the existing control mechanism: bill of materials, supplier declaration, input screening, periodic testing, change process.
3. Proposed specific plan: Frequency of screening and wet testing by risk group, with reporting form.
4. Record in the contract: The control plan should be an appendix to the contract for both parties to implement together, instead of debating each batch.

7. Frequently asked questions

Is just reporting on the form considered invalid?

No, if the sample is representative and the business has production controls. The report on the form is standard evidence in the technical file following the design review approach.

Customers request a test report for each batch, is it mandatory?

This is a contractual requirement, not a legal requirement. If accepted, the scope, number of samples, substance group and who bears the costs should be clearly stated. If the cost is not reasonable, a batch screening mechanism with periodic testing can be proposed.

Does XRF screening replace test reporting?

No. XRF indicates total and limited elemental content for hexavalent chromium as well as organic compounds such as PBB/PBDE and phthalates. XRF is used for batch control, concluding conformity still requires appropriate methods.

What should I do if the product uses recycled plastic?

Treat recycled plastic as a high-risk material: control the input source, screen each batch, and keep a traceable record of the plastic source. This is the group of materials that is most difficult to achieve RoHS.

Does batch reporting make technical records “stronger”?

Yes, but does not replace evaluation by design. Technical documents must still demonstrate compliance at the product code level; Batch data is additional evidence of maintaining compliance.

8. Conclusion

“Form reports” and “batch reports” answer two different questions. Report according to the form proving design compliance; Batch control proves that the products sold are still as designed. Both are needed, but only one is required by law in reporting form.

The sustainable way is to develop a control plan according to the material risk level, write it into the contract with the customer, and maintain traceability according to the production batch. Then the question “whether to report in batches” will have a clear answer instead of becoming a dispute.

References

• Directive 2011/65/EU and amending documents (conformity assessment, technical dossier).
• EN IEC 63000 standard on conformity assessment documents for electrical and electronic equipment.
• IEC 62321 test method standard series (screening and determination).
• Customer technical requirements in industries with a high-risk of substance restriction.

Related articles

• Is the RoHS report from 2 years ago still available? When to try again?
• How many samples are enough for a RoHS test kit? Principles for selecting samples, stored samples and control samples
• Checklist of 20 RoHS control points for electronics factories (input – production – output)
• When is XRF only needed, when is wet testing required? Batch RoHS control strategy

Discuss further

Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

One of the most controversial questions in RoHS documents is: can the test report still be used if it is old? Short answer: There are no regulations setting a time limit for test reports, but that doesn’t mean old reports are always usable. The value of the report depends on whether the product and material source are still the same as at the time of testing.

This article covers how to self-assess old reports, the de facto milestones, and how to respond to customers who request “newer” reports — a common request that does not arise from the law.

1. Why does the law not set a deadline for test reports?

RoHS requires manufacturers to conduct conformity assessment based on the material and structure of the device, and then prepare technical documents to prove it. The test report is a piece of evidence in that file, not a license with an expiration date.

The law sets out: obligation to keep records for a certain period of time after the product is brought to market. This is a requirement about storage, not about reporting expiration.

2. Seven factors that make an old report no longer relevant

If all seven factors have not changed, the old report is still valid evidence, even if it is several years old.

3. Decision table: keep, add or try again?

4. Why do customers still request new reports?

Most “reporting no more than two years” requirements come from customers’ internal policies, or from their supplier review cycles. Some reasonable reasons:

• Customers want to reduce their risk from substance list revisions or exemptions.
• Customers have encountered over-stocks due to suppliers changing materials without notice.
• The customer’s management system sets a fixed review cycle for every supplier.

The pragmatic approach is to negotiate based on evidence, not on legal arguments: provide written confirmation of no structural changes, include updated supplier data, and propose a risk-based testing schedule rather than a hard timeline.

5. Obligation to keep records: points to remember

For products that have been put on the market, businesses must keep technical records and declarations of conformity within the prescribed time period — the usual practice is ten years since the product was introduced to the market. In addition, when customers or authorities request, businesses must provide information proving compliance within a short period of time.

Practical consequences: old records should not be deleted; Even reports that are many years old are still valuable for demonstrating the condition at the time the product was placed on the market.

6. How to respond to customers in three situations

1. Old report, no changes: Submit the old report, with a written confirmation of no change in materials and suppliers, and a comparison table with the current list of substances.
2. Old report, with minor changes: Send the old report for the unchanged part, with additional test plans and specific completion deadlines.
3. Old report, with major changes: Do not try to reuse it. Inform the retest schedule and provide interim screening results, if any, with a time commitment.

7. Frequently asked questions

Is a 3-year-old report considered expired?

There is no such regulation. But if during those three years there are changes in materials, suppliers or substance lists, the report may no longer be sufficient to demonstrate compliance for the current product.

If the supplier claims “no changes” is that enough?

There should be written confirmation, not just words. This document should clearly state the material code, version, confirmation date and commitment to notify when there are changes.

Is it necessary to retest when the EU adds new substances?

Need to review. The old report may still be correct for the substances tested, but if the new substance is missing, the missing substance must be tried to supplement it — this is the situation that occurs when the phthalate group is added to the restricted substances list.

Can a tier 2 supplier report be used as primary evidence?

Used as evidence in the sequence, but requires a trace: material code, supplier, date, corresponding sample. If the correct material being used cannot be traced back, the evidentiary value will be weak.

Should I retry periodically even if there is no change?

Periodic testing is recommended for high-risk materials and for products with multiple sources of supply. Frequency should be based on actual risk levels, not on hard timelines.

8. Conclusion

RoHS reports do not have an “expiry date”, but there are conditions of suitability: the structure, materials, supplier and substance list must still correspond to the goods being delivered. Instead of following a timeline, an assessment should be built according to change.

Three things to do: save the report by product code with date; Collect confirmation of no change from supplier; and have a review schedule associated with legal milestones of the export market.

References

• Directive 2011/65/EU and amending documents (conformity assessment, technical dossiers, storage obligations).
• EN IEC 63000 standard on conformity assessment documents for electrical and electronic equipment.
• Directive (EU) 2015/863 adds the phthalate group (example of how the list of substances has expanded over time).

Related articles

• Only sample RoHS report, no batch report—is it valid?
• RoHS technical records according to EN IEC 63000: what must businesses save and submit?
• How long must RoHS records be kept? Legal timelines businesses need to remember
• What happens if the RoHS exemption expires? Rules for spare parts and inventory

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

RoHS does not have an official “RoHS mark” that can be placed on products. On the market there are all kinds of stamps with the words “RoHS”, “RoHS compliant”, “100% RoHS” – most of which are printed by sellers themselves, with no basis in the Directive. This not only confuses buyers but also creates legal risks when the content printed on the product is considered misleading.

This article clarifies three things: What RoHS is represented by according to the law, what content should and should not be printed, and how to handle when customers or exchanges request to see the “RoHS mark” on goods.

1. RoHS does not have its own mark: what is affixed is the CE mark

RoHS is a Directive that belongs to the group of CE marking requirements. Enterprises responsible for conformity must evaluate the product according to the requirements of the Directive, prepare technical documents, sign a declaration of conformity and affix the CE mark to the product. The CE mark is a way of demonstrating compliance, not the “RoHS mark”.

Therefore, when European partners ask about the “RoHS mark”, the technically correct answer is: CE mark with a declaration of conformity citing Directive 2011/65/EU, along with corresponding technical documents.

Exceptions to know: Some non-EU markets have their own labels that are mandatory — for example, environmental shelf-life labels and product substance lists according to Chinese regulations. This is the regulation of that market, not the EU “RoHS mark”.

2. What should be printed on products and packaging?

3. Why is the word “RoHS certified” risky?

According to the usual understanding of the EU conformity system, RoHS does not have a mechanism for certification by a designated organization. Third party may test and issue test report; Businesses can hire an assessment organization to assist in preparing documents. But the responsibility for conformity still lies with the manufacturer or importer who signs the declaration of conformity.

Printing “RoHS certified” on a product or post may be considered a false claim, and falls within the group of practices covered by the EU’s unfair trade practices regulations. The risk does not come from the word “RoHS” but from implying that there is an organization guaranteeing compliance, when in fact there is not.

4. When customers or exchanges ask to “show the RoHS mark”

This is a very common situation. Treatment should follow three steps:

1. Brief explanation: RoHS is demonstrated through CE marking and declaration of conformity; does not have a separate RoHS mark according to EU law.
2. Submit a replacement set of documents: Declaration of conformity with reference to Directive 2011/65/EU, test report according to homogeneous materials, photo of CE label on actual product.
3. If the customer still requires an inscription on the label: Neutral information such as “Compliant with Directive 2011/65/EU (RoHS)” can be printed on packaging or documents, with supporting documentation — avoid words such as “certified”, “100%”, “approved”.

5. Five common label errors

6. Labels according to other market requirements

• China: There are separate label requirements for environmentally friendly shelf life and a declaration of substances contained in the product according to this country’s label standards.
• Japan: The labeling program follows Japanese industrial standards with two label branches, depending on whether the product contains substances that exceed the limit or not.
• Korea: Integrated regulatory framework for substance withdrawals and restrictions, labeling requirements and information according to domestic regulations.

Common point: these labels are requirements of each market and do not replace the CE mark when goods enter the EU.

7. Frequently asked questions

Can the word “RoHS” be printed on the product packaging?

Not absolutely prohibited, but must ensure that the content is not misleading and has proven records. The safe way is to put the CE mark and manufacturer information on the product, and RoHS information is stated in the accompanying documents and declaration of conformity.

Customers request to write the testing laboratory’s certificate number on the label, should we do that?

You should only do this when the number is real, valid and within the correct testing range for that product. The certificate number of a test does not mean that the entire product is certified.

Can products that are not covered by RoHS be CE marked?

CE marking may only be affixed when the product falls within the scope of at least one Directive requiring CE marking. If the product does not fall within any scope, CE marking is incorrect.

Does the CE label need to include the number of the designated organization?

For some product groups that require third-party evaluation, the CE mark must include the number of the designated organization. With RoHS, manufacturers’ self-assessment mechanisms are common.

The floor requires a photo of the label, how should I take one?

Clearly capture the CE mark, manufacturer’s name and address, import information, product code — on the actual product or actual packaging, do not use staged photos lacking details.

8. Conclusion

There is no “RoHS mark” under EU law; What is affixed is the CE mark, and RoHS compliance is proven by technical documents and a declaration of conformity. The simpler and more compliant the label, the less risk.

Three things to do: finalize label content before production; remove guarantee words such as “certified”, “100%”; and prepare a set of documents to respond when customers or exchanges request to “see the RoHS mark”.

References

• Directive 2011/65/EU and amending documents (conformity assessment, declaration of conformity, CE marking).
• EU framework regulations on CE marking requirements and unfair trade practices regulations.
• China’s regulations on environmentally friendly shelf life labels and substance declaration tables.
• Japanese industrial standard on labeling of substances in electrical and electronic equipment.

Related articles

• Declaration of conformity (DoC) and CE marking for RoHS: who signs, for which products, what if it’s wrong?
• Is there “RoHS certification”? Distinguish between test report – certificate – declaration of conformity
• EFUP label and Chinese RoHS mark: read the correct table SJ/T 11364-2024
• What is RoHS? Complete guide to Directive 2011/65/EU and its 10 restricted substances

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.

“How long does RoHS testing take and how much does it cost?” is the opening question of nearly every conversation with the testing room. The honest answer is: there is no single number, because time and cost depend on the number of materials to be extracted, the number of chemical groups to be tested, and how the business prepares the sample before sending.

This article breaks down the time structure and cost structure of a RoHS test kit, so businesses know what items they are paying for and know how to shorten the time without cutting down on document quality.

1. What steps does a RoHS test kit include?

Important points: The time mainly depends on the dissection stage and the amount of materials, not located in the measuring device. A product with ten identical materials will take many times longer than a simple part, even when using the same machine.

2. Why should we not ask for a “standard” number for time?

There are four variables that cause time to vary between cases:

1. Homogeneous number of materials. From 5 to 30 materials for the same product is normal.
2. Number of groups of substances to be tested. XRF screening for metals is much faster than determining PBB/PBDE or phthalates by mass spectrometry.
3. Document readiness level. If businesses attach drawings, material lists and supplier declarations, the testing room will take apart faster and require less re-questioning.
4. Whether the result is near the limit or not. Near-limit results often require repeated measurements, re-dilutions, or cross-checking — which takes additional time.

So, instead of asking “how long”, you should ask: “given this list of materials and this list of substances, how many steps are expected, which step could be the slowest?”.

3. Cost structure: what are you paying for?

Note: Each test room has a different calculation method. What businesses should ask for is: Price list separated by category, to know which fraction increases as the number of materials increases, and to make comparisons between testing laboratories.

4. Four ways to shorten time without losing quality

1. Attach a list of expected materials. A preliminary materials list helps the testing room finalize the dissection plan as soon as the sample is received.
2. Submit the form with supplier data. If the supplier has a report or declaration, the testing laboratory can localize the risk instead of testing the entire thing.
3. Finalize the substance list before sending. “RoHS testing” is not a clear enough requirement; It is necessary to clearly state the substance group and applicable limit.
4. Unify the stored sample and the control sample right from the beginning. If you have to ask for additional samples midway, the time will be considered pushed back.

5. Hidden costs are often overlooked

• Try again because the sample is not representative. If the sample sent is not the product being produced, the result must be redone from the beginning.
• Try supplementing when customers ask for more. Requesting to expand the substance list after a report has been issued will incur new costs.
• Internal costs for data collection. The time it takes for a technician to find material declarations from suppliers is often greater than the cost of the testing room.
• Opportunity cost. A week’s delay during peak season can cost more than the entire test fee.

6. Frequently asked questions

Is there a faster way to test using XRF for the entire product?

XRF is suitable for screening and localizing risk, but does not replace wet testing when conclusions about hexavalent chromium, PBB/PBDE or phthalates are required. Using XRF to reduce the number of wet test points is the most effective way.

Will trying to follow uniform materials cause costs to increase dramatically?

Yes, because the limit is applied according to the homogeneous material. But this is a technical requirement, not an option: a product-specific test report will not prove compliance.

Should I try the same product code once?

Only recommended when the product codes actually use the same materials, the same supplier and the same structure. If there are different material suppliers, they should be separated because of different risks.

How long is the report due?

There is no fixed legal deadline; The value of the report depends on whether the product structure and source materials remain the same as at the time of testing. This is why many customers request reports that are not too old.

Is the testing cost included in the product price?

In terms of accounting, yes, but a better way is to allocate by product code and by material change cycle. When costs are tied to risk, businesses will know which details are worth testing periodically and which details just need to be declared.

7. Conclusion

The time and cost of a RoHS test kit are not fixed numbers but are the result of three factors: the number of homogeneous materials, the number of substance groups to be determined and the level of readiness of the business’s records.

Three things to do to both save money and maintain document quality: make a list of materials before sending samples; Request a quote separated by category; and agree in advance on the test range, stored samples, and how to handle results when results are near the limit.

References

• Directive 2011/65/EU and its amendments (limits based on homogeneous materials).
• IEC 62321 test method standard series (screening and determination of each group of substances).
• EN IEC 63000 standard on conformity assessment documents for electrical and electronic equipment.

Related articles

• Cross-section of crimp terminal and cable: compression, broken strands and gaps
• 7 situations where factories are forced to do cross-sections
• What is Cross Section? Why do we have to cut samples to evaluate solder joints and circuit boards?
• RoHS test procedure from A to Z: from sample receipt, extraction, screening to reporting
• How many samples are enough for a RoHS test kit? Principles for selecting samples, stored samples and control samples
• What does a RoHS test report need to be valid? 9 items cannot be missing
• XRF RoHS screening: how to read the results, how much to trust, 5 limitations you must know

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Disclaimer

This article is an interpretive content compiled by us; not legal advice. Enterprises need to compare relevant documents/standards verbatim before applying them to specific products.

See more: Copyright Policy & Disclaimer by ticforall.com.