Modern industries, from construction and automotive to electronics and textiles, rely extensively on synthetic polymers. While these materials offer lightness, versatility and cost‑efficiency, they also present a major drawback: high flammability. Many commonly used plastics ignite easily, release intense heat and toxic fumes, and can accelerate the spread of fire, especially in enclosed or densely populated environments.
To address these safety concerns, flame retardants (FRs) are added to materials during manufacturing to slow ignition and reduce fire propagation. Their use has expanded rapidly over the past decades, driven by stricter fire‑safety standards and the increasing presence of flammable polymers in modern products and infrastructure.
Among the different types of flame retardants, brominated flame retardants (BFRs) have been widely used due to their effectiveness. They are found in insulation materials, cables, automotive components, electronic housings, textiles and many other applications. However, growing scientific evidence has revealed that several BFRs pose significant risks to human health and the environment. These substances can release toxic by‑products during combustion, persist in ecosystems, and bioaccumulate in living organisms.
As a result, regulatory pressure has increased globally. In Europe, tools such as REACH and the Stockholm Convention on Persistent Organic Pollutants have led to the identification, restriction and in some cases global elimination of certain BFRs. This regulatory momentum is pushing industries towards the development and adoption of safer, more sustainable alternatives.
In this context, supporting coherent and transparent chemical substitution processes is essential. Industries need clear methodologies, comparable assessments and stronger collaboration mechanisms to transition away from hazardous flame retardants without compromising fire safety or performance.
Become part of a trusted EU level cooperation platform advancing the substitution of hazardous flame retardants.
Share your expertise, access structured knowledge and contribute to a coordinated European approach to BFR substitution.
Join the Hub
Organisations participating in HEFESTOS gain access to unique strategic and technical advantages, including:
If your organisation is considering joining the HEFESTOS Hub, participation follows a structured and transparent process designed to ensure balanced representation across the value chain and meaningful engagement by all actors.
HEFESTOS is conceived as an open and progressive cooperation space that grows as new organisations join.
Participation process:HEFESTOS brings together the full BFR value chain, ensuring that substitution decisions are informed by perspectives ranging from upstream raw materials to end-of-life and regulatory oversight. The initiative welcomes:
The Hub is open to any organisation willing to contribute expertise and participate in the coordinated transition towards safer flame-retardant strategies.
Whether upstream or downstream, a technology provider or a public authority, each perspective is essential to building a realistic and coordinated European transition towards safer flame retardant solutions.
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