CE marking

RoHS Exemptions 2026: Critical Deadline for Electronics Manufacturers

Critical RoHS exemptions for lead solder, brass connectors, and ceramic capacitors expire July 21, 2026. If your electronics rely on these exemptions, you have 5 months to redesign with compliant alternatives or risk customs seizures, fines up to €100,000, and loss of EU market access. This guide covers which exemptions are expiring, how to verify your product status, and what action to take now.

Table of Contents

Critical exemptions expire July 21, 2026, just 5 months away.

If your electronics contain lead solder in connectors, lead in ceramic capacitors, or cadmium in display components, your products may become non-compliant in the EU market on July 22, 2026.

What happens if exemptions expire:

  • EU customs blocks shipments at the border
  • Products already in market may be recalled
  • Fines range from €10,000 to €100,000+ per violation
  • Distributors cancel orders and may seek contractual damages

Who this affects: All electronics manufacturers selling in the EU, regardless of where you're located. This applies to companies in the United States, China, United Kingdom, Japan, Taiwan, South Korea, and within the EU itself.

Quick self-assessment:

Does your product's bill of materials (BOM) contain:

  • Lead-based solder
  • Brass or bronze connectors
  • Ceramic capacitors (especially MLCCs)
  • Mercury relays or switches
  • Cadmium plating or coatings

If you checked any box, continue reading. If unsure, jump to "How to Verify Your Product Status" below.

What Are RoHS Exemptions?

The RoHS (Restriction of Hazardous Substances) Directive 2011/65/EU restricts six hazardous materials in electrical and electronic equipment sold in the EU:

  • Lead (Pb)
  • Mercury (Hg)
  • Cadmium (Cd)
  • Hexavalent chromium (Cr6+)
  • Polybrominated biphenyls (PBB)
  • Polybrominated diphenyl ethers (PBDE)

However, complete elimination isn't always technically feasible. RoHS exemptions allow manufacturers to use restricted substances in specific applications where no practical alternative exists.

Exemptions are listed in two annexes:

Annex III: Exemptions for all electrical/electronic equipment except medical devices and monitoring instruments

Annex IV: Exemptions specifically for medical devices and monitoring/control instruments

Critical Limitation: Time-Limited Exemptions

Exemptions expire after 4-7 years depending on the equipment category. When an exemption expires, you must either:

  1. Redesign your product with compliant alternatives, or
  2. Stop selling in the EU market

Renewal applications take 18-36 months and can only be submitted by industry associations—not individual manufacturers.

Exemptions Expiring July 21, 2026

Exemption Application Typical Products Affected Status
6(c) Copper alloy with up to 4% lead Electrical connectors, terminals, brass components Expires July 21, 2026
7(c)-I Lead in electronic ceramic parts Capacitors, piezo sensors, oscillators, actuators Expires July 21, 2026
21 Lead and cadmium in glass enamels Industrial displays, control panels, printed glass Expires July 21, 2026
6(a) Lead in steel (≤0.35% by weight) Industrial equipment, structural components Under review for 2026
6(b) Lead in aluminum (≤0.4% by weight) Heat sinks, housings, automotive electronics Under review for 2026
7(a) Lead in high-temp solder (>85% lead) Power electronics, industrial controllers Under review for 2026
15 Lead in semiconductor die-attach solder RF modules, power semiconductors Under review for 2026

"Under review" status means: The European Commission is evaluating renewal. Default assumption should be expiration unless explicitly renewed by June 2026.

Products at Highest Risk

Product Category Products Affected
Consumer Electronics
  • MLCCs (multi-layer ceramic capacitors) in smartphones, tablets, laptops
  • Brass USB connectors and charging ports
  • Power adapters with high-temp solder
Industrial Equipment
  • Motor controllers with brass terminals
  • Sensors using piezoelectric ceramics
  • Control panels with glass displays
Automotive Electronics
  • ECUs with ceramic capacitors
  • Aluminum housings with lead content
  • Brass connectors in wiring harnesses
Power Electronics
  • Power supplies using high-temp solder
  • Industrial inverters with ceramic components
  • Battery management systems

How to Verify Your Product Status

Step 1: Audit Your Bill of Materials

Review your BOM for components containing restricted substances. Common culprits:

Lead sources:

  • Solder (check reflow temperature—high-temp often contains lead)
  • Brass connectors (typically 2-4% lead for machinability)
  • Bronze terminals and contacts
  • Ceramic capacitors (especially older designs)
  • Piezoelectric elements
  • Crystal oscillators

Mercury sources:

  • Relays and switches (older designs)
  • Fluorescent backlights (mostly phased out)
  • Position sensors

Cadmium sources:

  • Plating on fasteners
  • Pigments in plastics
  • Glass enamels on displays

Step 2: Request Supplier Declarations

Contact your component suppliers and request material declarations that specify:

  • Part number and description
  • Which restricted substances are present
  • Concentration levels (must be below 0.1% by weight for lead, mercury, hexavalent chromium, PBB, PBDE; 0.01% for cadmium)
  • Which RoHS exemption applies (specific Annex III or IV number)
  • Supplier's awareness of exemption expiry dates

Critical: Generic "RoHS compliant" certificates are insufficient. You need exemption-specific documentation.

Warning for manufacturers with Asian supply chains: Many suppliers provide China RoHS declarations, which use different exemption lists. Request EU RoHS-specific declarations.

Step 3: Cross-Reference Exemptions

Match your components against the official EU RoHS exemption lists (available on the European Commission website). Be precise:

  • Exemption 7(a) covers high-temp solder (>85% lead)
  • Exemption 7(c)-I covers lead in ceramics
  • Exemption 6(c) covers lead in copper alloy

Using the wrong exemption number = non-compliance, even if lead is technically present under an exemption.

Step 4: Document Your Findings

Create a tracking spreadsheet:

Component Part Number Restricted Substance Exemption Claimed Expiry Date Alternative Identified?
Connector ABC-123 Lead in brass (3.5%) 6(c) July 21, 2026 Yes - lead-free brass
Capacitor XYZ-456 Lead in ceramic 7(c)-I July 21, 2026 Testing in progress

This becomes part of your RoHS technical file.

Required Documentation for Claiming Exemptions

Your RoHS technical file must include:

1. Supplier Material Declarations

For each component using an exemption:

  • Formal declaration from supplier
  • Specific exemption number referenced
  • Concentration data
  • Test reports (if applicable)

2. Technical Justification

Document why the exemption is necessary:

Example: "Lead-free solder alternatives tested (SAC305, SAC405) failed thermal cycling tests at operating temperature of 150°C. High-temperature lead solder (Exemption 7a) required for reliability."

Include test data, reliability studies, or technical papers supporting your justification.

3. Bill of Materials Cross-Reference

Show which components use exemptions and calculate total restricted substance content:

  • Total lead content: 0.08% by product weight
  • Source: Brass connectors (Exemption 6c), ceramic capacitors (Exemption 7c-I)
  • Percentage of product covered by exemptions: 12% of components by count

4. Supply Chain Traceability

Document the chain of custody from raw material to finished component. For global supply chains, this might trace through multiple countries.

Common mistakes that invalidate your exemption claim:

❌ No exemption number specified ("RoHS compliant" only)

❌ Expired exemption referenced after July 2026

❌ Missing concentration data

❌ Generic technical justification without test data

❌ Supplier declarations in foreign language only (must have English translation)

What Happens If Your Exemption Expires

Immediate Consequences (July 22, 2026 onwards)

At Customs:

  • Shipments blocked at EU border
  • Products held in customs warehouse (storage fees: €50-200/day)
  • Must prove compliance or re-export
  • Re-export costs: €3,000-€15,000+ depending on shipment size

In-Market Enforcement:

  • Market surveillance authorities conduct random checks
  • Fines vary by member state: €10,000-€100,000+ per violation
  • Product recalls (you pay all costs: shipping, replacement, disposal)
  • Distributor/retailer liability (they may sue for their losses)

E-commerce Impact:

  • Amazon Europe suspends listings within 24 hours of non-compliance notice
  • Major distributors (RS Components, Farnell, Digi-Key) cancel orders
  • Contractual penalties often 2-3x order value

Your Options

Option 1: Redesign with Compliant Alternatives

Timeline: 6-9 months minimum

  • Component testing: 2-3 months
  • Qualification/reliability testing: 2-4 months
  • Certification updates: 1-2 months

Cost: $50,000-$250,000 depending on complexity

Best for: Products with long-term EU market potential

Option 2: Stockpile Components

Buy 2-3 years of inventory before July 2026.

Risk: Component obsolescence, storage costs, cash flow impact, exemption may still not be renewed

Not recommended unless you have credible intelligence on renewal likelihood.

Option 3: Exit EU Market

Focus on markets without RoHS requirements.

Revenue impact: EU represents 20-50% of global electronics sales for most manufacturers

Consider this only if: Redesign costs exceed projected EU revenue for next 5 years

If Exemption is Renewed with Modifications

The European Commission may narrow exemption scope during renewal.

Historical example:

  • Original: "Lead in solder for all applications"
  • Modified: "Lead in solder only for industrial equipment operating above 125°C ambient"

If your application doesn't meet revised criteria, you're non-compliant even with announced renewal.

Monitor renewal applications closely through your industry association.

RoHS and CE Marking Connection

RoHS compliance is mandatory for CE marking on electrical/electronic equipment.

Your Declaration of Conformity must state:

  • "This product complies with RoHS Directive 2011/65/EU"
  • List exemptions used: "Exemptions claimed: Annex III, 6(c), 7(c)-I"
  • Reference harmonized standard: EN 50581:2012

If your exemption expires:

  • Your Declaration of Conformity becomes invalid
  • Your CE marking is legally indefensible
  • You cannot place products on EU market

For manufacturers outside the EU: You must appoint an [EU Authorized Representative]to sign your Declaration of Conformity and maintain your technical file within the EU. Learn more about [Declaration of Conformity requirements].

2026 Action Plan

Special Considerations for International Manufacturers

If you manufacture outside the EU, you have additional requirements:

Non-EU Manufacturers Must:

  1. Appoint an EU Authorized Representative to sign Declarations of Conformity
  2. Maintain technical files accessible within the EU
  3. Ensure product labeling shows EU AR name and address
  4. Respond to market surveillance through your EU AR

Post-Brexit UK Manufacturers:

  • Need separate compliance for UK (UKCA) and EU (CE marking)
  • Must appoint EU AR for EU sales (even if previously self-certified)
  • UK and EU exemption expiry dates may differ—track both

China-Based Manufacturers:

  • China RoHS and EU RoHS use different exemption lists—don't assume equivalence
  • Material declarations must be EU-format, in English
  • Verify your EU AR is legitimate (not a mail-forwarding service)

For detailed guidance specific to your location:

  • [RoHS Compliance for US Manufacturers](link to future article)
  • [RoHS Compliance for Chinese Exporters](link to future article)
  • [RoHS Compliance for UK Manufacturers Post-Brexit](link to future article)

Long-Term Outlook: Beyond 2026

The EU's strategic goal is eliminating all exemptions as technology advances.

Exemptions likely to disappear by 2030:

  • Mercury in any application (LED alternatives now viable)
  • Lead in consumer electronics solder
  • Cadmium in plastics and coatings

Exemptions likely to persist longer:

  • High-temperature lead solder for industrial applications
  • Lead in specialized medical devices
  • Mercury in specific scientific instruments

Strategic recommendation: Even if your exemption is renewed in 2026, develop a 5-year lead-free transition roadmap. Plan for eventual phase-out rather than relying on indefinite renewals.

How EcoComply Helps with RoHS Compliance

Managing RoHS exemptions requires:

  • Real-time tracking of exemption expiry dates (regulations update quarterly)
  • Properly formatted technical file documentation
  • Supplier declaration validation
  • Declaration of Conformity with correct exemption references

EcoComply's AI-powered compliance platform:

Exemption Monitoring

  • Automatically flags expiring exemptions in your BOM
  • Tracks European Commission renewal decisions
  • Sends alerts when exemptions change status

Documentation Generation

  • Creates EU-compliant technical files
  • Generates proper Declaration of Conformity with exemption references
  • Provides templated supplier questionnaires

EU Authorized Representative Services

  • Required for non-EU manufacturers
  • Signs your Declaration of Conformity
  • Maintains technical files accessible in EU

Not sure if your products are exposed to RoHS exemption changes?

EcoComply automatically scans your BOM, tracks exemption expiry dates, and alerts you before your compliance status is at risk.

Additional Resources

Official EU Resources:

Industry Associations (for exemption renewal advocacy):


Next Review: May 2026 (when European Commission announces renewal decisions)

Frequently Asked Questions

Everything you need to know about EU compliance

Which RoHS exemptions expire in 2026?

Three confirmed exemptions expire July 21, 2026:

  • Exemption 6(c): Copper alloy with up to 4% lead (brass connectors)
  • Exemption 7(c)-I: Lead in electronic ceramic parts (capacitors, sensors)
  • Exemption 21: Lead and cadmium in glass enamels (displays)

What happens if I use an expired exemption?

Products using expired exemptions are non-compliant with RoHS. Consequences include customs seizures, fines of €10,000-€100,000+, product recalls, and inability to sell in the EU market.

How do I know if my product uses a RoHS exemption?

Audit your Bill of Materials for components containing lead, mercury, or cadmium. Common exemption-dependent components include lead-based solder, brass connectors, ceramic capacitors, and piezoelectric sensors. Request material declarations from suppliers that specify which exemptions apply.

Do I need an EU Authorized Representative for RoHS compliance?

If you manufacture outside the EU, yes. Non-EU manufacturers must appoint an EU Authorized Representative to sign Declarations of Conformity and maintain technical files accessible within the EU. [Learn more about EU Authorized Representative requirements](link to AR guide).

Can I still use lead solder after 2026?

Possibly, depending on your application. High-temperature lead solder (>85% lead, Exemption 7a) is under review but may be renewed for industrial applications. Standard lead solder for consumer electronics has no applicable exemption. Check your specific application against current exemptions.

John Iwueke

Cofounder & CEO EcoComply

John is a seasoned product compliance expert across EU AR, EPR, REACH, RoHS, CSRD. Former compliance lead at Zwilling and Landbell.

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