What RoHS Evidence Should PCBA Buyers Request Before EU Production?
For EU-bound electronics, PCBA buyers should request a build-specific RoHS evidence pack, not rely on a generic supplier declaration alone. The pack should connect the approved BOM, PCB materials, assembly consumables and any claimed exemption to current supplier evidence or risk-based test results, while preserving lot and change traceability for the finished-product technical file. This matters because an EU-funded surveillance campaign published on June 18, 2026 reported that 91 of 173 sampled low-cost electronic products failed laboratory or documentation and marking checks, and elevated lead and cadmium were most often detected at solder points.
External facts from the 2026 EU surveillance campaign
The European Commission reported results from the Joint Actions on Compliance of Products 2025 campaign on June 18, 2026. Market surveillance authorities from 13 countries sampled 173 inexpensive electronic products: 107 devices with USB connectors or solar panels, 32 kitchen appliances, 22 personal-care products and 12 products in other categories.
The reported findings were specific and useful for procurement risk ranking. Elevated lead and cadmium were most often found at solder points, where 82 samples failed. Phthalates were found in the insulation or sleeves of USB cables, power cords and plugs, with 51 samples failing. Brominated flame retardants were found in hard-plastic parts in five samples, and hexavalent chromium was found in metal screws or iridescent metal parts in three samples.
Documentation and marking also mattered. The Commission said 41 products, or 24 percent of the sample, had problems such as missing, poorly visible, illegible or easily erased CE markings, or missing EU contact details. When laboratory results and documentation or marking checks were combined, 91 products, or 53 percent, failed. The most common enforcement actions included withdrawal before products reached consumers and sales bans.
These figures should not be treated as a 53 percent failure rate for all electronics, all suppliers or all PCBAs. The sample focused on inexpensive consumer products and the reported failure categories may overlap. The practical signal is narrower: a buyer should give evidence depth to the materials and process inputs that enforcement testing actually found problematic, especially solder, soft PVC, hard plastics and plated metal hardware.
Original European Commission report: https://single-market-economy.ec.europa.eu/news/electronic-products-tested-hazardous-substances-2026-06-18_en
What EU RoHS requires
Directive 2011/65/EU restricts hazardous substances in electrical and electronic equipment placed on the EU market. Its amended Annex II lists ten substances. The maximum concentration is 0.1 percent by weight in each homogeneous material for lead, mercury, hexavalent chromium, PBB, PBDE, DEHP, BBP, DBP and DIBP. Cadmium has a lower maximum concentration of 0.01 percent by weight in each homogeneous material.
The homogeneous-material basis is important. A compliant average across an assembled product does not cancel a failure in a separable material such as a solder alloy, a cable jacket, a connector plastic or a plated coating. Applicable exemptions can change the conclusion, but an exemption should be identified by its exact entry, product use and validity conditions rather than by a vague claim that the assembly is exempt.
The Directive places finished-product obligations on the relevant economic operators. Manufacturers must prepare technical documentation, perform the applicable conformity assessment, issue the EU declaration of conformity when compliance is demonstrated, and retain the technical documentation and declaration for 10 years after the electrical or electronic equipment is placed on the market. Importers must verify specified conformity steps before placing the equipment on the EU market.
EN IEC 63000:2018 is the harmonised standard referenced by the European Commission for technical documentation used to assess electrical and electronic products for restricted substances. A PCB or PCBA supplier evidence pack can support that assessment, but it does not transfer the finished-product manufacturer or importer’s legal responsibility to the board supplier.
Primary legal text: https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A02011L0065-20211101
Current ten-substance limits: https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A32015L0863
Harmonised technical-documentation standard reference: https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A32020D0659
Procurement analysis: the evidence pack to request
Step 1: Define the compliance target before quotation
State the destination market, product category, expected date of placing on the market and the customer’s restricted-substance specification. Identify whether the request is for EU RoHS only or also includes separate requirements such as REACH, halogen-free limits, packaging restrictions or customer-specific substance lists. These requirements are not interchangeable.
Step 2: Freeze the exact build configuration
Provide the controlled BOM and approved manufacturer list with manufacturer part numbers and revisions. Add the PCB stack-up, laminate designation, solder mask, legend ink, surface finish, solder paste, solder wire or bar, flux, adhesives, conformal coating, thermal materials, cables, connectors, fasteners, labels and packaging items that are in scope. Require written approval before any substitution.
Step 3: Map evidence to exact parts and materials
A useful document must identify what it covers. For each higher-risk input, ask for the manufacturer name, exact part or material number, document issue date, restricted-substance scope and the applicable product or material revision. A declaration for a product family is weaker when it does not clearly include the exact ordered item.
Step 4: Use risk-based evidence, not one evidence type for everything
Evidence can include supplier declarations, material declarations, specifications and laboratory reports. The appropriate combination depends on supplier confidence, material risk, past nonconformities, data quality and the consequences of failure. When a test report is used, it should identify the sample, test date, laboratory, method, detection limits, measured results and the relevant threshold. A report for an earlier or merely similar item should not silently be applied to a changed material or part.
Step 5: Scrutinize solder and rework controls
The EU campaign’s 82 solder-point failures make assembly consumables a priority. Ask the assembler to identify the approved solder alloy and related consumables, segregate incompatible materials, control rework and repair inputs, and trace approved material lots to the production lot. The goal is not simply to specify lead-free processing; it is to prevent unapproved material from entering production or rework.
Step 6: Verify every exemption claim
Record the exact Annex III or Annex IV exemption number, the component or material that uses it, the technical reason, its scope, and the relevant expiry or transition conditions. Review the exemption against the actual product category and placing-on-market date. Do not accept an exemption number copied from an older declaration without that check.
Step 7: Connect evidence to lot and revision traceability
The purchase order, BOM revision, PCB drawing, assembly revision, approved material list, incoming material records, production lot, rework record and shipment identifier should form a retrievable chain. This makes it possible to answer which evidence covered a shipped lot and to contain affected material if a declaration, supplier or process changes.
Step 8: Contract for change notification and evidence refresh
Require advance notice for changes to manufacturers, part numbers, laminate systems, surface finishes, inks, solder materials, plastic resins, coatings, cables, plating sources and outsourced processes. Define which changes require new evidence, renewed testing or buyer approval. Series production can drift away from the original evidence pack if change control is absent.
Step 9: Plan verification according to risk
For a new supplier, a high-consequence product, weak documentation or a material with known risk, consider independent or buyer-approved verification testing before volume release. Sampling and test methods should be set by competent compliance personnel or a qualified laboratory because screening limitations, exemptions and homogeneous-material interpretation can affect the result.
What to write into a PCBA RFQ
An effective RFQ should name the applicable RoHS requirement and destination market; identify the controlled BOM, AVL and revisions; define allowed exemptions; prohibit unapproved substitutions; specify the required evidence package; require traceability between material lots and production lots; define change-notification timing; and state how nonconforming material will be contained and reported.
Also separate manufacturing deliverables from finished-product compliance deliverables. A PCBA supplier may provide material and process evidence, but the finished-product manufacturer still needs to address the product’s overall conformity assessment, technical documentation, EU declaration of conformity, marking and economic-operator obligations.
Frequently asked questions
Is a supplier RoHS certificate enough?
Not by itself in a higher-risk build. A declaration is useful only when its scope, issuer, covered part numbers, revision, date, restricted substances and exemptions match the ordered configuration. Risk-based supporting evidence and controlled changes make the declaration more defensible.
Does lead-free mean RoHS compliant?
No. Lead is only one of ten restricted substances, and some compliant uses of lead may depend on a valid exemption. A lead-free solder statement also says nothing about cadmium, hexavalent chromium, brominated flame retardants or the four restricted phthalates elsewhere in the product.
Should every component be tested?
Not necessarily. A structured technical-documentation approach evaluates supplier evidence and material risk, then uses testing where the evidence or risk justifies it. The EU findings suggest prioritising solder, cable and soft-PVC materials, hard plastics and certain plated metal parts when they are present in the build.
Who keeps the records?
Under Directive 2011/65/EU, the finished-product manufacturer must keep the technical documentation and EU declaration of conformity for 10 years after the equipment is placed on the market. Importers have their own verification and record obligations. Contract terms should ensure that upstream PCB and PCBA evidence remains available for the period needed by the responsible economic operator.
JETFGO public capability context
JETFGO’s English website publicly describes prototype and small-to-medium-batch PCB manufacturing. Its product navigation includes conventional, high-frequency, high-speed, hybrid, HDI, flex-rigid and special-process boards, while separate process-capability and contact pages provide starting points for technical review and quotation.
Those general website statements do not establish RoHS compliance for a specific design, material set, assembly or production lot. A buyer should send the controlled BOM or PCB specification, destination market, substance requirements, permitted exemptions, evidence deliverables, traceability needs and change-control rules with the RFQ. JETFGO should then confirm the build-specific manufacturing scope and available evidence before the buyer treats the requirement as accepted.
Review JETFGO product categories: https://www.jetfgo.com/en/products.html
Review JETFGO process capability: https://www.jetfgo.com/en/capability
Send the compliance package with an enquiry: https://www.jetfgo.com/en/contact
The purchasing decision
The central question is not whether a supplier can provide a one-page RoHS statement. It is whether the buyer can connect the exact shipped configuration to current, reviewable evidence and show how substitutions, rework, exemptions and production changes are controlled. The June 18, 2026 EU findings make solder-point evidence the first place to look, but a defensible PCBA file must cover the complete material and process risk of the actual product.
This article provides procurement information, not legal advice. Product scope, exemptions and economic-operator duties should be confirmed for the specific equipment and EU placing-on-market scenario.
European Commission, Electronic products tested for hazardous substances, published June 18, 2026 — https://single-market-economy.ec.europa.eu/news/electronic-products-tested-hazardous-substances-2026-06-18_en
EUR-Lex, consolidated Directive 2011/65/EU, including manufacturer and importer obligations — https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A02011L0065-20211101
EUR-Lex, Commission Delegated Directive (EU) 2015/863, ten restricted substances and concentration limits — https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A32015L0863
EUR-Lex, Commission Implementing Decision (EU) 2020/659, EN IEC 63000:2018 reference — https://eur-lex.europa.eu/legal-content/EN/TXT/?uri=CELEX%3A32020D0659
JETFGO English homepage, products and public company information — https://www.jetfgo.com/en/
JETFGO Product Center — https://www.jetfgo.com/en/products.html
JETFGO Process Capability — https://www.jetfgo.com/en/capability
JETFGO Contact Information — https://www.jetfgo.com/en/contact