Table of content 

  • The EU Electronics Market
    • Overview of EU Electronics Regulations
    • Key figures at a glance
  • Current Rules Every Company Must Follow
    • RoHS and Hazardous Substances
    • REACH and Chemical Safety
    • WEEE and E-Waste
  • New Regulations to Prepare For
    • Ecodesign and the Digital Product Passport
    • The Cyber Resilience Act
    • Raw Materials and Responsible Sourcing
    • What’s Coming Next
  • The Bürklin and By.B Approach
    • By.B by Bürklin
  • Compliance as Competitive Advantage
  • FAQ

 

1. The EU Electronics Market  

Understanding the rules and working with the right B2B partners is a prerequisite for operating in the European market today. 

Overview of EU Electronics Regulations 

 

Key figures at a glance 

These are not static rules. The European Commission regularly updates restricted substance lists, adjusts collection targets and introduces new product categories. Staying compliant is an ongoing process, not a one-time certification exercise. 

 

2. Current Rules Every Company Must Follow 

For twenty years, regulations on material safety and recycling have defined Europe’s electronics sector. Laws such as RoHS, REACH, and WEEE set the mandatory compliance standards for all products sold in the EU.  

 

RoHS and Hazardous Substances 

RoHS restricts the use of hazardous substances in electrical and electronic equipment placed on the EU market. The current list covers ten substances: the original six (lead, mercury, cadmium, hexavalent chromium, PBB, PBDE) plus the four phthalates (DEHP, BBP, DBP, DIBP). 

Each restricted substance carries a maximum concentration value (MCV): typically, 0.1% by weight in homogeneous materials, apart from cadmium, which is capped at 0.01%. Any product that fails these thresholds cannot legally be sold in the EU, and any company that places non-compliant products on the market faces significant enforcement risk. 

In practice, this is where the choice of distributor makes a critical difference. A distributor who proactively provides RoHS declarations of conformity with each order eliminates a time-consuming step from the buyer’s workflow, particularly in industries such as medical devices or industrial automation where audit trails are mandatory. 

A major change is happening right now: lead is being banned from several long-standing RoHS exemptions in 2026. 

Exemptions like 7(a), which allowed lead in high-temperature solders for industrial and aerospace uses, are expiring. This leaves manufacturers with very little time to find and test lead-free alternatives. 

Switching to lead-free solder is not a simple swap. The new lead-free alloys (typically SAC: tin, silver, copper) require higher reflow temperatures, tighter process controls, and in some cases full re-qualification of assemblies. 

 

REACH and Chemical Safety 

REACH governs the chemical substances that flow through the entire supply chain. It requires manufacturers and importers to register substances used in quantities above one tonne per year with the European Chemicals Agency (ECHA) and to communicate safety information downstream. 

At the heart of REACH is the concept of Substances of Very High Concern (SVHCs): chemicals that are carcinogenic, mutagenic, or otherwise hazardous. Once a substance is added to the REACH candidate list, suppliers of articles containing more than 0.1% of that substance by weight have a legal duty to inform customers.  

 

 

For electronics buyers, the practical implication is clear: if a component contains an SVHC above the threshold, they are legally required to have that information before they incorporate the part into their product. Relying on documentation provided only when something goes wrong is a compliance gap that auditors and customers alike are increasingly unwilling to accept. 

 

WEEE and E-Waste 

Europe generates around 12 million tonnes of e-waste per year according to the UN-backed Global E-waste Monitor 2024, making it one of the world’s largest sources of discarded electronics.  

The WEEE Directive (2012/19/EU) was designed to address this by establishing take-back schemes, setting collection targets, and requiring producers and distributors to fund the recycling of end-of-life equipment.  

Under the current framework, EU member states must achieve a minimum collection rate of 65% of the average weight of electrical and electronic equipment placed on the market in the three preceding years.  

Producers (including manufacturers, importers, and in some cases distributors) must register with national WEEE schemes and contribute to collection and treatment costs.  

 

3. New Regulations to Prepare For 

The established trio of RoHS, REACH, and WEEE is now being joined by a new generation of mandates that extend compliance far beyond hazardous substances and e-waste.  

These emerging regulations address: 

  • sustainable design,
  • cybersecurity,
  • raw material security,
  • supply chain ethics.

Their implementation timelines are tighter than many companies realise. 

 

Ecodesign and the Digital Product Passport 

The Ecodesign for Sustainable Products Regulation represents the most ambitious step yet in Europe’s green transition for manufactured goods. 

Unlike earlier directives focused on end-of-life or hazardous content, the ESPR addresses sustainability at the design stage: before a product is even manufactured.  

Under the ESPR framework, products must meet minimum requirements for energy efficiency, repairability, durability, and recyclability. 

Crucially, the regulation also introduces the concept of a Digital Product Passport (DPP): a structured digital record that accompanies a product throughout its lifecycle, accessible via QR code or RFID tag.  

The Commission's ESPR plan introduces DPP requirements in stages: 

  • Iron and steel from 2026;
  • Textiles, aluminium and tyres from 2027;
  • Electronics, ICT and several other categories from 2028–2029.
  • Batteries, with its battery passport mandatory from 18 February 2027.

For component distributors and OEM customers alike, this is a significant change. It means that the data behind a component (material composition, carbon footprint, compliance status, recyclability) becomes part of the product offering itself. 

 

The Cyber Resilience Act 

The Cyber Resilience Act introduces horizontal cybersecurity requirements for almost any ‘product with digital elements’ placed on the EU market, from smart sensors to industrial controllers to consumer IoT. 

Key obligations, which apply in full, from 11 December 2027, include: 

  • Secure-by-design development,
  • Vulnerability handling throughout the product lifecycle,
  • Mandatory incident reporting to ENISA.

A parallel track is already live: the RED Delegated Regulation, which since 1 August 2025 has required wireless radio equipment to meet specific cybersecurity essential requirements under the Radio Equipment Directive. 

By 2027, cybersecurity documentation will sit alongside RoHS and REACH declarations as a standard deliverable buyers should expect from their component suppliers. 

 

Raw Materials and Responsible Sourcing 

The electronics supply chain is increasingly regulated at the very beginning of the production process. Two major sets of rules govern how raw materials are sourced: 

  • The EU Critical Raw Materials Act establishes strategic extraction, processing and recycling targets for 34 critical raw materials (including rare earths, lithium, cobalt and gallium) and imposes supply-risk reporting on large users.
  • The EU Conflict Minerals Regulation requires EU importers of tin, tantalum, tungsten and gold to carry out supply-chain due diligence aligned with OECD guidance.

For anyone sourcing semiconductors, connectors or capacitors, this is already a concrete documentation obligation. 

 

What’s Coming Next 

Beyond the regulations already in force, several developments from the European Green Deal deserve close attention from procurement and engineering teams: 

  • Carbon Border Adjustment Mechanism (CBAM): While currently focused on heavy industries (iron and steel, cement, aluminium, fertilisers, hydrogen, electricity), a review clause anticipates extension to downstream and electronics-relevant goods. Manufacturers sourcing components from outside the EU may face additional carbon-related costs as the mechanism broadens.
  • Corporate Sustainability Due Diligence Directive (CSDDD): The rules currently apply only to companies with over 5,000 employees and €1.5 billion in global revenue. Smaller suppliers will still be affected as their customers will require them to participate in due-diligence programs.
  • EU Batteries Regulation: A forerunner of what may come for other product categories, Regulation (EU) 2023/1542 introduces strict carbon-footprint reporting, recycled content requirements, and a battery passport from 18 February 2027. A blueprint likely to be replicated across electronics categories.
  • PFAS restriction under REACH: Under review by ECHA following the 2023 joint dossier from Germany, the Netherlands, Denmark, Sweden and Norway. A phased restriction could begin taking effect from 2026–2027, with significant implications for fluoropolymer-based components.
  • Packaging and Packaging Waste Regulation (PPWR): From August 2026, all packaging placed on the EU market must meet new mandatory requirements on recyclability, minimum recycled content, and packaging minimisation.Every box, foam insert, bubble wrap layer, and label used to ship components must comply. Overpacking, common in electronics distribution to protect sensitive parts, will face explicit restrictions. Distributors who have not already audited their outbound packaging mix will need to act quickly.
  • EU Deforestation Regulation (EUDR): The EUDR requires companies to ensure that specific commodities placed on the EU market have not contributed to deforestation. For electronics supply chains, the most directly affected materials are rubber (widely used in cable insulation, gaskets, and vibration dampening) and tin, a core ingredient in solder. From December 2026, businesses must submit due-diligence statements confirming the geographic origin of these materials and verifying that sourcing areas have not been deforested.

Meeting these complex requirements depends on choosing a distributor that makes compliance a standard part of every transaction.

 

4. The Bürklin and by.B Approach 

Under EU law, the legal entity that places a product on the EU market carries the bulk of compliance liability, which, for non-EU manufacturers, often means the EU distributor.  

In the electronics supply chain, the distributor occupies a uniquely powerful position. Sitting between manufacturers, who create and certify components, and buyers, who need watertight documentation to stay compliant in their own production processes, distributors are either a bottleneck or an accelerator for compliance.  

The most capable distributors treat documentation as a core deliverable rather than an afterthought, providing RoHS declarations and REACH SVHC status. 

The checklist below reflects what procurement teams should expect from any compliance-first partner:

 

 

By.B by Bürklin 

This is precisely the model Bürklin has built. Leveraging its decades-long reputation as a trusted European distributor, Bürklin launched by.B: an own-label brand of connectors, cables, and passive components engineered to meet rigorous professional standards and backed from day one by the comprehensive documentation that modern procurement demands. 

Every by.B product ships with RoHS declarations, REACH compliance data, and full technical documentation as standard. No chasing, no back-and-forth, no gaps in the audit trail.

 

For procurement managers, this translates into real time savings and real risk reduction. When project timelines are tight and audit season approaches, having a supplier who proactively delivers compliance documentation is not a convenience, it is a competitive edge. 

Explore the full by.B componant range including detailed compliance documentation for each product line at Bürklin by.B. 

 

5. Compliance as Competitive Advantage 

For too long, regulatory compliance in the electronics industry has been treated as a cost centre rather than a source of value. That framing is becoming obsolete. 

In a market where EU regulations increasingly define the terms of participation, the ability to demonstrate full compliance quickly and reliably is a genuine competitive advantage. This transparency further acts as a definitive proof of professionalism and quality. 

Buyers who work with distributors that treat compliance as a core service are better positioned to move fast, pass audits, and satisfy customers who are themselves under growing sustainability scrutiny. 

For procurement teams evaluating their supplier relationships, the question is no longer simply ‘Do they have the part?’ but ‘Do they have the documentation?’ 

In the end, staying ahead of EU rules is the clearest path to winning market trust and ensuring long-term success in Europe.

 

 

FAQ 

 

What is the difference between RoHS and REACH? 

RoHS restricts a specific list of ten hazardous substances in finished electrical and electronic equipment, with defined maximum concentration values. REACH is broader in scope: it governs all chemical substances used in any product or process, requires registration with ECHA, and mandates that suppliers inform customers when an article contains a Substance of Very High Concern (SVHC) above 0.1% by weight. In practice, most electronics companies must comply with both simultaneously. 

 

Does my company need to comply with all these regulations? 

It depends on your role in the supply chain. RoHS and WEEE obligations apply to producers, importers, and distributors placing EEE on the EU market. REACH obligations vary by volume and role. ESPR and the CRA apply broadly to manufacturers and importers of covered product categories. CSDDD currently applies to very large companies but will affect smaller suppliers through their customers’ due-diligence programmes. When in doubt, consult a qualified compliance advisor. 

 

What is a Digital Product Passport (DPP), and when will it affect electronics? 

A Digital Product Passport is a structured data record — accessible via QR code or RFID — that documents a product’s material composition, carbon footprint, compliance status, and recyclability. Under the ESPR, DPP requirements will apply to electronics and ICT products from 2028–2029. The EU Batteries Regulation has its own battery passport, mandatory from 18 February 2027. 

 

When does the Cyber Resilience Act come into force, and who does it affect? 

The Cyber Resilience Act was adopted in late 2024 and its main obligations apply from 11 December 2027. It covers virtually any ‘product with digital elements’ sold in the EU — from consumer IoT devices to industrial sensors. Manufacturers and importers must ensure products are secure by design and have processes in place for vulnerability handling and incident reporting. A parallel cybersecurity regime under the RED Delegated Regulation (EU) 2022/30 has been in force for wireless products since August 2025. 

 

How can a distributor help reduce my compliance burden? 

A compliance-focused distributor provides RoHS declarations, REACH SVHC status, conflict-minerals documentation, and — from 2027 onwards — cybersecurity records as standard deliverables with every order. This eliminates the need to chase individual manufacturers, reduces audit preparation time, and ensures you have the documentation trail required by customers and regulators alike. Under EU law, the distributor may also carry direct compliance liability, so choosing a well-documented partner protects you on multiple fronts. 

 

For further reading on EU Regulations redefining the European industry, browse more articles on europages Inside Business Blog: 

 

Sources  

 

Clara Martin
Clara Martin • Clara turns market data and industry news into clear, actionable insights for B2B professionals. She covers strategy, trade, and sustainability, helping businesses spot trends and make informed decisions in the European market.