elixance flame retardants

Fireproofing solutions

Flame-retardant solutions certified to M classification, more respectful of the environment with halogen-free formulas.

elixance flame retardants expertise

Expertise in fireproofing solutions

Flame-retardant solutions certified to M classification, more respectful of the environment with halogen-free formulas.

elixance flame retardant free halogen characterization

Characterization tests

Thanks to our in-house laboratory, we have a wide range of internal equipment for assessing the behaviour of thermoplastic materials to fire, enabling us to develop customized solutions tailored to your needs.

elixance flame retardants free halogen

“Halogen free” formulations

We have developed non-halogenated flame-retardant formulations in the form of master batches or compounds to manufacture certified polyolefin parts that are more respectful of the environment.

Anticipating risks

elixance ignifuge limiting risks

The risks of fire are numerous. Every 2 minutes a fire breaks out in France. We offer a range of solutions and effective control methods to limit the risks associated with fire.

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Various applications

elixance ignifuge application

Our flame-retardant solutions are used for indoor applications (buildings, furniture, etc.) and outdoor applications (stadium seating, playgrounds and leisure areas, etc.).

flame retardant

An integrated laboratory for testing

We have the means to carry out tests on the behaviour of plastics to fire, such as the Glow Wire Test (GWT), the flame test (UL94) and the epiradiator, which can be used to guide the choice of a solution for M classification (standard relating to building and furnishing materials).

Discover our products & services

elixance stabilizers uv

UV stabilizers

Polymers are materials that are sensitive to weathering and UV radiation. To preserve their mechanical and aesthetic characteristics, they need to be protected.

elixance antibacterial

Antibacterial

Antibacterial solutions limit the proliferation of bacteria on thermoplastic surfaces.