By Harshavardhan SPublished: 2 min read

Table of Contents

PFAS regulations are developing across multiple jurisdictions, but they do not follow one global standard. Product manufacturers and discrete manufacturers may need to manage PFAS restrictions, reporting requirements, product bans and disclosure obligations that differ by country, state, product category and use.

For compliance teams, the challenge is not simply knowing that PFAS are regulated. It is determining which requirements apply to which products, components, materials and markets, collecting reliable supplier information and maintaining evidence as regulations change.

This guide provides a global view of PFAS requirements and connects the major regulatory areas to the detailed resources product compliance teams can use for each jurisdiction and application.

How are PFAS regulated globally?

PFAS are not governed by one worldwide PFAS regulation.

Regulators are using several approaches, including:

  • Class-wide or group-based restrictions
  • Restrictions on specific PFAS
  • Product-specific bans
  • Reporting requirements
  • Disclosure requirements
  • Restrictions on particular uses
  • State or regional requirements
  • Industry-specific controls

The same PFAS-containing component can therefore face different requirements depending on:

Substance → use → product → jurisdiction → applicable regulation

For product manufacturers, this makes PFAS compliance a product-data and regulatory-mapping problem rather than a simple substance-list exercise.

The four PFAS regulatory models product manufacturers need to understand

1. Class-wide PFAS restrictions

Some regulators are moving toward regulating PFAS as a broad chemical class rather than addressing individual substances one at a time.

The EU's proposed PFAS restriction under REACH is the most significant example for product manufacturers. The proposal takes a broad approach to PFAS and includes consideration of restriction conditions, derogations and transition periods.

For the detailed European position, see the EU PFAS restriction: current status, scope, timeline and derogations.

2. PFAS reporting and disclosure requirements

Some jurisdictions focus on collecting information about PFAS rather than immediately banning their use.

These requirements can involve information such as:

  • PFAS identity
  • Quantities
  • Uses
  • Products or components
  • Historical manufacturing or import activity
  • Supporting records

In the United States, TSCA Section 8(a)(7) establishes reporting and recordkeeping requirements for certain entities that manufacture or import PFAS. See the detailed TSCA Section 8(a)(7) PFAS reporting and recordkeeping guide.

Canada has also introduced PFAS information-gathering requirements, which product manufacturers supplying the Canadian market should assess separately.

3. Product-specific PFAS restrictions

Many PFAS requirements apply to specific product categories rather than all products containing PFAS.

This can include restrictions or disclosure requirements covering particular consumer or industrial products.

For a product manufacturer, the compliance question is therefore not simply:

Does the product contain PFAS?

It is:

Is PFAS restricted, reportable or subject to disclosure for this product in this jurisdiction?

This distinction becomes important when the same product is sold across multiple markets.

4. Industry-specific PFAS controls

PFAS requirements can also affect industries differently because the use, function and regulatory exposure of PFAS vary by product.

Electronics and medical devices, for example, may use specialised materials and components where PFAS information needs to be assessed at the material or component level.

For electronics-specific considerations, see PFAS in electronics.

EU PFAS regulations

The European Union is developing one of the most significant PFAS regulatory frameworks for product manufacturers.

The proposed restriction is being developed under REACH and takes a broad approach to PFAS.

For product compliance teams, the important areas to monitor include:

  • PFAS scope and definitions
  • Uses covered by the restriction
  • Concentration conditions where applicable
  • Derogations
  • Transition periods
  • Sector-specific considerations
  • Availability of alternatives
  • The final regulatory decision

The universal restriction should be distinguished from PFAS requirements that already apply to specific substances or uses under EU chemicals legislation.

For the detailed current position, see the EU PFAS restriction guide.

PFAS and REACH

PFAS compliance in Europe sits within the wider REACH framework, but PFAS requirements should not be treated as interchangeable with general REACH compliance.

The same product may need to be assessed for PFAS alongside other REACH obligations.

For the relationship between the three data environments, see REACH, RoHS and PFAS compliance data alignment.

PFAS regulations in the United States

The US PFAS landscape is particularly fragmented.

Product manufacturers may need to consider:

  • Federal requirements
  • State-level restrictions
  • State reporting requirements
  • Product-specific bans
  • Chemical-specific requirements

This means a product that can be sold under one US state requirement may require additional assessment before being sold in another.

TSCA Section 8(a)(7)

At the federal level, TSCA Section 8(a)(7) establishes reporting and recordkeeping requirements for certain entities that manufacture or import PFAS.

EPA is currently revising the rule, including its reporting scope and implementation.

For the detailed federal requirements, see TSCA Section 8(a)(7) PFAS reporting and recordkeeping.

US state PFAS requirements

State requirements can address:

  • Specific product categories
  • Intentionally added PFAS
  • Product reporting
  • Product notifications
  • Disclosure
  • Restrictions or bans

For product compliance teams, state-level requirements create a product-to-market mapping problem:

Product → PFAS status → Product category → State → Applicable requirement

A global PFAS programme therefore needs to account for both federal and state requirements.

PFAS regulations in Canada

Canada has developed PFAS information-gathering and regulatory requirements that should be assessed independently from US and EU requirements.

Product manufacturers selling into Canada should determine:

  • Which substances or PFAS definitions are relevant
  • Whether the company has an applicable reporting obligation
  • Which products or activities fall within scope
  • What information must be maintained

For the detailed Canadian requirements, see Canada PFAS reporting requirements.

PFAS regulations in Japan

Japan has introduced controls affecting certain PFAS under its chemical regulatory framework.

The Japanese requirements should be assessed separately from EU and US requirements because substance scope, regulatory mechanisms and applicable conditions can differ.

For the jurisdiction-specific assessment, see PFAS requirements in Japan.

PFAS regulations in Australia

Australia also has regulatory controls relevant to PFAS.

Product manufacturers supplying the Australian market should assess the requirements applicable to their substances, products and uses rather than applying an EU or US assessment without review.

Where a product is sold across several markets, the Australian assessment should remain connected to the same underlying product and material data used for other jurisdictions.

Why global PFAS compliance is difficult for product manufacturers

The regulatory landscape is only one part of the problem.

The underlying product data is often fragmented across:

  • Supplier declarations
  • Material declarations
  • Specifications
  • Bills of materials
  • Purchasing systems
  • Product lifecycle systems
  • Laboratory reports
  • Compliance spreadsheets
  • Email correspondence

A discrete manufacturer may also manage:

  • Thousands of components
  • Hundreds of suppliers
  • Multiple BOM structures
  • Different product families
  • Multiple manufacturing locations
  • Long product lifecycles

The result is a gap between:

Knowing what a regulation requires

and

Knowing whether the company's products meet that requirement.

Why supplier transparency is central to PFAS compliance

Product compliance teams often cannot determine PFAS composition from the finished product alone.

Supplier information may be needed to establish:

  • Whether PFAS are present or intentionally used
  • Relevant substance information
  • The affected material or component
  • Concentration information where relevant
  • The intended use
  • Supporting evidence
  • The date and scope of the declaration

A supplier statement should also be assessed against the specific regulatory requirement for which it is being used.

A generic statement such as “PFAS-free” does not necessarily establish compliance with every PFAS definition, threshold or restriction.

See PFAS supplier chemical transparency for the detailed supplier-data workflow.

Why a single PFAS list is not enough

Different PFAS regulations can use:

  • Different PFAS definitions
  • Different substance lists
  • Different concentration thresholds
  • Different product scopes
  • Different uses
  • Different reporting requirements

A product can therefore be compliant under one requirement while requiring additional assessment under another.

This is why PFAS compliance data needs to retain the relationship between the substance, product, jurisdiction and regulatory requirement.

How should product manufacturers build a global PFAS compliance programme?

A practical global PFAS workflow can be structured around seven steps.

1. Identify products and markets

Determine which products are sold, manufactured or imported into jurisdictions with relevant PFAS requirements.

2. Map components and materials

Connect product structures to the components and materials that require PFAS assessment.

3. Collect supplier information

Request the information needed to determine PFAS presence and regulatory applicability.

4. Validate supplier responses

Review the scope, definition, evidence, date and applicability of the information provided.

5. Assess jurisdiction-specific requirements

Map the product and PFAS information against the applicable requirements for each market.

6. Maintain compliance evidence

Retain the supplier information, regulatory assessment and decision supporting the product status.

7. Monitor regulatory changes

When a PFAS requirement changes, identify which products, suppliers and assessments are affected.

How should PFAS compliance data be structured?

A global PFAS programme should connect the regulatory layer to the product layer.

A useful structure is:

Supplier

↓

Material

↓

Component

↓

BOM

↓

Product

↓

PFAS

↓

Jurisdiction

↓

Regulation

↓

Compliance status

This structure allows regulatory changes to be traced back to the products and components that may be affected.

It also reduces the need to collect the same supplier information repeatedly for different regulations.

PFAS compliance across REACH, RoHS and other requirements

PFAS should not be managed as an isolated compliance dataset.

The same product may also require assessment under:

  • REACH
  • RoHS
  • POPs
  • TSCA
  • SCIP
  • State-level chemical restrictions
  • Customer-specific substance requirements

The underlying material and substance information can often support multiple assessments, but each regulatory framework has its own scope and conditions.

For a deeper look at the data problem, see Why manufacturers struggle to align REACH, RoHS and PFAS compliance data.

Managing PFAS compliance across products and jurisdictions

Once a product portfolio spans multiple markets, maintaining PFAS compliance manually becomes increasingly difficult.

Product compliance teams need to know:

  • Which products contain or may contain PFAS
  • Which suppliers have provided evidence
  • Which components remain unresolved
  • Which regulations apply to each market
  • Which assessments need to be updated after a regulatory change
  • Which evidence supports the current compliance status

Regilient's PFAS compliance software is designed to connect PFAS identification and tracking with supplier data collection, product-level assessment, regulatory monitoring and compliance documentation.

The workflow connects:

Supplier data → material/component information → product portfolio → regulatory requirements → compliance status → evidence

This is the operational layer needed when PFAS compliance spans multiple products, suppliers and jurisdictions.

What should product manufacturers do now?

A global PFAS programme does not need to begin with every product simultaneously.

Prioritise products

Identify products sold into jurisdictions with current or developing PFAS requirements.

Identify data gaps

Determine which components and materials lack reliable PFAS information.

Prioritise suppliers

Focus supplier engagement on components and materials that can materially affect product compliance.

For the supplier-data process, see PFAS supplier chemical transparency.

Establish product-level traceability

Connect supplier information to components, BOMs and finished products.

Map regulations by market

Maintain a clear relationship between product, jurisdiction and applicable PFAS requirement.

Monitor changes

Reassess affected products when regulatory scope, thresholds, restrictions or reporting requirements change.

Topics

PFAS

Speak to Our Compliance Experts

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

Share

Global PFAS Regulations: A Manufacturer’s Map Across Countries, States, and Industries

What are PFAS regulations and why do they differ by country?
PFAS regulations are laws that restrict, ban, or require reporting of per- and polyfluoroalkyl substances. They differ by country because regulators use different legal models—some ban PFAS outright, others require reporting first, and many regulate PFAS only in specific products or industries.
Which countries have the strictest PFAS regulations for manufacturers?
The European Union currently has the strictest long-term PFAS approach through REACH, treating PFAS as a chemical class. France has gone further with national bans, while Japan has implemented a nationwide ban on 138 PFAS substances. Several U.S. states also impose aggressive product-specific bans.
How do PFAS regulations differ between the EU and the United States?
The EU focuses on class-wide PFAS restrictions under REACH, aiming for broad phase-outs. The United States relies on a mix of federal PFAS reporting rules and state-level product bans, creating a fragmented compliance landscape for manufacturers selling across multiple states.
What PFAS reporting requirements apply to manufacturers?
Manufacturers may be required to report PFAS identity, quantities, uses, and historical presence in products. Examples include TSCA Section 8(a)(7) PFAS reporting in the U.S. and mandatory PFAS reporting under Canada’s CEPA framework. Reporting obligations often apply even if PFAS is no longer intentionally added.
Which industries are most affected by PFAS regulations?
Industries most affected include electronics, medical devices, healthcare products, textiles, cosmetics, and industrial manufacturing. These sectors commonly use PFAS in coatings, insulation, seals, and performance-critical components that are now under regulatory scrutiny.
Why are PFAS-free supplier declarations no longer sufficient?
PFAS-free declarations fail because PFAS definitions vary by law, historical PFAS use is now reportable, and many regulations require substance-level evidence. A declaration that works in one jurisdiction may be invalid in another, creating compliance gaps for manufacturers.
How can manufacturers manage PFAS compliance across multiple regions?
Manufacturers need material-level substance data, traceable supplier documentation, and systems that map PFAS to products and jurisdictions. Scalable PFAS compliance requires continuous monitoring rather than one-time declarations.