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Flame retardant testing services

Flame Retardant Testing Services

Flame Retardant Testing Services

The issue of flame retardants has resurfaced. In June 2025, the EU proposed to include Bis(2-ethylhexyl) tetrabromophthalate (TBPH, a brominated flame retardant) in the Stockholm Convention. This substance is currently regulated under REACH. In recent years, global regulations have been continuously updated. Supply chain manufacturers have also listed halogenated, brominated, and aromatic flame retardants in their management standards, imposing bans and restrictions. This demonstrates that countries and companies are moving toward stricter, more precise management trends, which has a profound impact on corporate supply chains and brand strategies.

 

What

What are Flame Retardants?

Flame Retardants: The Dilemma between Safety and Sustainability

Flame retardants are chemical additives that can suppress or delay the combustion of materials. They are commonly added to plastics, rubber, coatings, electronics, and electrical products. In electronics, construction, and transportation, they play a crucial role in fire prevention and protection.

However, some flame retardants (such as PBDEs, HBCD, SCCPs) have been proven to be persistent, bioaccumulative, and toxic. They may release corrosive gases and dioxins during combustion, posing risks to health and the environment. Therefore, flame retardants have become a focal point under the dilemma of "safety versus sustainability."

Applications and Contributions of Flame Retardants in Industry

Traditional flame retardants are mainly halogenated (brominated, chlorinated), such as PBDEs (polybrominated diphenyl ethers), HBCD (hexabromocyclododecane), and short-chain chlorinated paraffins (SCCPs). Over the past decades, these flame retardants have been widely applied in electronics, plastics and rubber products, construction materials, transportation, and textiles:

The following lists, but is not limited to, high-risk components in the electronics field. Protection and safety are indispensable from appearance to internal components.

  • Printed Circuit Boards: Prevent overheating or short circuits from causing fires
  • Cables and Wires: Prevent flames from spreading along the wires, enhancing electrical safety
  • Plastic Housings and Components: Combine heat resistance, structural support, and fire safety
  • Batteries: Suppress electrolyte combustion, improving safety
  • Encapsulation Materials: Prevent component failure or ignition
Component / Material Typical Use Flame Retardant Function
Printed Circuit Boards Core substrate of electronic products Prevents fires caused by overheating or short circuits
Cables and Wires Insulation and sheath materials Prevents flame propagation along wires, enhancing safety
Plastic and Rubber Components Housings, buttons, brackets, seals, cushions, thermal pads Slows flame spread, providing structural support and heat resistance
Connectors and Switches Plastic parts of sockets, connectors, switches Prevents ignition from arcing or overheating, ensuring flame resistance
Batteries Electrolytes, separators, housings Suppresses electrolyte combustion, improving overall battery safety
Encapsulation Materials Capacitor/resistor insulation layers, epoxy resins Provides heat and fire resistance, preventing component failure or ignition

Why

Why Flame Retardants Have Become a Global Focus and Affect Regulations

Global Regulation of Flame Retardants: Stricter Limits and Procurement Transparency

Recent legislative trends worldwide aim to strictly limit or phase out high-risk flame retardants and promote the search for alternatives. The EU has already included PBBs and PBDEs in the RoHS restricted substances list. REACH requires companies to disclose flame retardant use in supply chains. POPs list multiple flame retardants as banned or phased-out substances.

In the U.S., TSCA sets the baseline for market access, restricting the use of DecaBDE and PIP (3:1). California’s CP65 ensures consumer right-to-know, requiring clear warnings if products contain carcinogenic or reproductive toxic flame retardants.

Besides regulations, the market also promotes compliance through eco-labels: TCO Certified rigorously assesses the safety of flame retardant alternatives, while EPEAT uses compliance as an entry requirement, helping brands compete for orders and bids.

SGS summarizes key global regulations for electronics and raw materials. Only representative regulations are listed; the actual scope is broader.

EU: Expanding Bans, Regulations Affect Global Supply Chains

EU Bans:

  • RoHS: Directly targets E&E products, including PBBs and PBDEs, affecting market access for all products sold in the EU.
  • REACH: SVHC mechanism requires disclosure of flame retardant use in the supply chain, pressuring European, Asian, and North American exporters to phase out high-risk flame retardants and adopt alternatives.
  • POPs: Multiple flame retardants are listed as prohibited or phased out; TBPH proposed to be added to the Stockholm Convention in June 2025, expected to be regulated and gradually phased out.
Regulation Control Method Flame Retardants (Examples) Impact & Trends
RoHS Limits specific hazardous substances in E&E products PBBs, PBDEs Determines product market access in the EU, requiring global supply chain compliance.
REACH Disclosure, authorization, or restriction Multiple flame retardants Forces transparency and adoption of alternatives; phased elimination of high-risk substances.
POPs Banned or restricted substances list (Annex I + II) PBDEs, HBCD, SCCPs, Dechlorane Follow the convention; gradually reduce or ban, driving global supply chain adjustments.

Americas: TSCA and CP65 Are Essential for U.S. Exporters, EPEAT Drives Market Restructuring

Federal Ban: Toxic Substances Control Act (TSCA)

  • Sets the legal baseline for market access, restricting certain PBT flame retardants like DecaBDE and PIP (3:1); HBCD also under evaluation for final rules, and additional flame retardants may be restricted or banned in the future.

State-Level Restrictions:

  • U.S. states have legislated bans or strict limits on certain flame retardants in products sold within their borders. For example, Washington State (WAC173-337) and New York State (S4630B/S7737) regulate flame retardants in electronic display housings. Violations may result in product removal and fines.

    Each state defines terms differently; refer to official notices.

California Right-to-Know: Safe Drinking Water and Toxic Enforcement Act (CP65)

  • Requires clear warning labels if products contain carcinogenic or reproductive toxic flame retardants above safe exposure levels.
  • Exports to the U.S. must comply, especially in California, which has high enforcement frequency.
Regulation Control Method Involved Flame Retardants / Examples Impact
TSCA Regulates PBTs and priority substances; ongoing risk assessments DecaBDE, PIP (3:1), HBCD; TCEP, TBBPA, chlorinated phosphates (under risk evaluation) Market entry threshold; more regulations expected, affecting U.S. exporters and manufacturers.
State bans Prohibit or restrict certain flame retardants in products Display housings with flame retardants Non-compliant products may be removed and fined; definitions vary by state.
CP65 Requires warning labels for carcinogenic or reproductive toxic substances; does not ban TCEP, TDCPP, PBDEs Protects consumer right-to-know; cannot avoid California when exporting to the U.S., enforcement is strict.
Market Trends: Green Procurement and Transparent Supply Chains Become the New Standard

The global market increasingly values transparent supply chains and green procurement. Brands meeting environmental and compliance requirements can enhance competitiveness. Eco-labels like TCO Certified and EPEAT promote compliance and have become essential tools for winning orders and building brand reputation.

  • TCO Certified independently verifies alternatives to flame retardants, plasticizers, and stabilizers to ensure product safety and meet global green procurement requirements.
  • EPEAT sets compliance as a baseline for products such as computer monitors and servers, requiring adherence to RoHS, REACH, and promoting safer alternatives for higher certification levels.

These labels are becoming global standards for green procurement and important tools for brand competition.

Business Impact: Risks and Opportunities Coexist

Products that do not comply with regulations or lack relevant labels may face removal, trade restrictions, or fines. Conversely, compliant products can expand markets, increase orders, and enhance brand trust. As companies and buyers increasingly emphasize environmental responsibility, obtaining eco-labels is not only a compliance requirement but also critical for long-term business value and brand competitiveness.

Who

Who Will Be Affected

Regulatory and market requirements affect the entire supply chain:

  • Manufacturers: Need to adjust material formulas to avoid prohibited substances.
  • Brand Owners: Face market and ESG pressure, must improve supply chain transparency.
  • Exporters: Compliance is complicated due to differing market regulations.
  • Consumers: Expect products that ensure safety and environmental sustainability.

Where

Markets Where Flame Retardant Regulations Are Taking Effect

Key focus markets for flame retardant control include:

  • EU: RoHS, REACH, POPs regulations drive global trends.
  • U.S.: TSCA, state bans, and CP65 enforcement.
  • Asia: Gradually aligning with international regulations, strengthening regional standards.
  • Global: Green labels (TCO Certified, EPEAT) are increasingly required in multinational procurement and large local projects.

When

When Will Industries Be Affected

Regulatory changes have accelerated:

  • Recent: EU proposed including TBPH in the Stockholm Convention.
  • U.S.: TSCA, state bans, and CP65 enforcement.
  • Mid-term: Regulation updates are more frequent, with more flame retardants gradually banned.
  • Long-term: Green procurement and sustainability trends will reshape industries comprehensively.

How

How to Respond and Solve

SGS helps companies manage compliance pressure and prepare for future markets:

  • Regulatory Testing: Conduct tests and develop strategies for RoHS, REACH, POPs, TSCA, CP65, etc.
  • Corporate Requirements: Provide testing for manufacturer lists of brominated, chlorinated, and aromatic flame retardants.
  • Supply Chain Management: Assist manufacturers in establishing banned or restricted substance lists and improve supply chain transparency.
  • Sustainable Solutions: Find the optimal balance between safety, fire prevention, and compliance.

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