FLUKE
Kimball Electronics
Tolomatic
Industrial Scientific
AHEAD
roboception
DEAN
FLUKE
Kimball Electronics
Tolomatic
Industrial Scientific
AHEAD
roboception
DEAN
By Abhishek Shetty | Wed Sep 27 2023 | 2 min read

Let’s be honest.

If you’re in electronics and still treating PFAS like a future problem, you’re not paying attention. These chemicals—used in everything from semiconductors to solder masks—are now at the center of a global regulatory storm.

Regulators aren’t just circling anymore. They’ve landed.

PFAS 101: Not Just Another Acronym

PFAS stands for Per- and Polyfluoroalkyl Substances—a massive class of synthetic chemicals with carbon-fluorine bonds that don’t break down. That’s what makes them useful. That’s also what makes them dangerous.

And no, this isn’t about one chemical. It’s a moving target:

Where PFAS Hides in Electronics

PFAS doesn’t show up on product labels. But it’s woven into your electronics supply chain:

  • PCB coatings for dielectric strength
  • Semiconductor etching and heat resistance
  • Hard drive lubricants
  • Cable jackets and wire insulation
  • LCD and OLED displays
  • Aerospace systems where zero failure is tolerated

If it insulates, resists, repels—or simply lasts—it might contain PFAS.

Why Regulators Are Cracking Down

This isn’t just about emissions or ESG posturing.

PFAS has been detected in:

  • Rainwater, globally
  • Breast milk, everywhere
  • Umbilical cords and new-born bloodstreams

And the science? It’s ugly:

  • Testicular and kidney cancer
  • Liver toxicity
  • Immune suppression
  • Reproductive harm
  • Sky-high cholesterol

Every gram ever made is still out there. That’s why global regulators are stepping in.

PFAS Regulation in 2025: Electronics in the Crosshairs

In the United States:

  • TSCA Section 8(a)(7): Mandatory PFAS use reporting by May 2025—even for articles. No electronics exemptions.
  • State-level mandates: Maine, Minnesota, and California are imposing stricter PFAS disclosure rules.
  • EPA water regulations: Focused on discharge levels, but if you’re dumping PFAS-laced effluent, expect enforcement.

In the European Union:

  • REACH PFAS Proposal: A sweeping restriction across all uses, unless specifically exempted.
  • POPs Regulation: PFOA and PFOS already banned.
  • Drinking Water Directive: Adds indirect pressure on electronics manufacturers to track PFAS use.

In Canada:

  • CEPA Section 71: New reporting rule for long-chain PFAS, including PTFE. Impacts imported electronics. Reporting deadline: March 24, 2025.

Even if you don’t sell in all these regions, your suppliers probably do. If they’re not compliant, neither are you.

What’s the Risk for Electronics Manufacturers?

Most electronics companies don’t even realize they’re exposed.

PFAS may be in your coatings, adhesives, or insulating materials—even if your BOM doesn’t mention them.

Still your responsibility.

Non-compliance leads to:

  • Product bans in global markets
  • Fines you didn’t forecast
  • Contract loss due to ESG scoring
  • Long-term brand erosion

Your PFAS Action Plan — Do It Now

  • Screen Every BOM

Start with PCBs, semiconductors, displays, wire jackets, adhesives. Use PFAS screening tools to assess high-risk materials.

  • *Get [Full Material Declarations (FMDs)](https://www.acquiscompliance.com/topic/material-disclosure/)**

Push suppliers for data. Use structured formats (IPC-1752A, IEC 62474). No data? No deal.

  • Test for PFAS If in Doubt

Where suppliers fall short, test your materials using LC-MS/MS or other validated analytical methods.

  • Track Global PFAS Regulations

Keep tabs on TSCA 8(a)(7), REACH Annex XVII, CEPA S.71, and local mandates in Maine and California. Stay ahead, not reactive.

  • Integrate PFAS into Your EHS Program

This isn’t just chemical compliance. It’s product stewardship, corporate accountability, and brand reputation management.

Where This Is Headed

  • The EU is moving toward a full PFAS ban in electronics
  • Maine is requiring PFAS content reporting for all product categories
  • Retailers and OEMs are demanding supplier transparency
  • Investors are watching ESG disclosures more closely

PFAS isn’t just an environmental risk anymore. It’s a business continuity risk.

And those who prepare now? They’ll win contracts, not lose them.

At Acquis, we offer:

  • Material screening automation
  • Supplier declaration tools
  • TSCA/REACH readiness
  • Custom PFAS risk scoring

No fluff. No guessing. Just clear, fast answers.

Talk to a PFAS compliance expert →

Speak to Our Compliance Experts

Questions about compliance, partnerships, or support? We're here to help.

Share

PFAS Compliance for Electronics: Are You Ready for 2025 Regulations?

Electronics manufacturers are targeted because PFAS are widely used in semiconductors, PCBs, cables, and displays, making the sector a high-volume and high-risk source of persistent PFAS exposure.
PFAS commonly appear in PCB coatings, semiconductor etching processes, solder masks, wire insulation, display technologies, lubricants, and aerospace-grade electronic systems.
Under TSCA Section 8(a)(7), electronics manufacturers and importers must report PFAS use in products and articles by May 2025, with no exemptions for electronic components.
The EU REACH PFAS proposal would restrict nearly all PFAS uses in electronics unless specifically exempted, forcing manufacturers to justify continued use or begin substitution planning.
Yes, Canada’s CEPA Section 71 reporting requires disclosure of long-chain PFAS, including PTFE, impacting imported electronic products with a reporting deadline of March 24, 2025.
PFAS frequently appear in coatings, adhesives, and process chemicals that are not explicitly listed in BOMs, leaving manufacturers legally responsible even when suppliers do not disclose them.
Manufacturers should screen high-risk components, demand Full Material Declarations, test materials where data is missing, and track global PFAS regulations to prevent product bans and enforcement action.