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Polymeric Flame Retardants (HBCD alternatives)

Building Insulation: EPS and XPS foams, treated with these polymeric flame retardants, are used extensively in walls, roofs, and foundations of buildings to enhance energy efficiency and fire safety. Construction Materials: The flame retardant properties of these polymers make them suitable for various construction applications, ensuring safety and compliance with building codes.


  • Product Description
    • Commodity name: Polymeric Flame Retardants (HBCD alternatives)

    Building Insulation: EPS and XPS foams, treated with these polymeric flame retardants, are used extensively in walls, roofs, and foundations of buildings to enhance energy efficiency and fire safety. Construction Materials: The flame retardant properties of these polymers make them suitable for various construction applications, ensuring safety and compliance with building codes.

    Chemical Name:Polymeric Flame Retardants (HBCD alternatives)

    Shape:Typically, available as white powder or granules

    Other names:Polymeric brominated flame retardant (PBFR), HBCD alternative, Brominated polymeric FR

    EPS-compatible flame retardant, Emerald Innovation 3000 (Dow), FR-122P (ICL), Saytex HP-900 (Albemarle)

    Molecular Formula: Varies by product, but generally a brominated polymeric structure (e.g., C18H12Br12 for some alternatives)

    Molecular Weight: Typically ranges between 800–1.200 g/mol, depending on the polymer chain length

    CAS Number: Varies by specific product,

    Application:

    Building Insulation: EPS and XPS foams, treated with these polymeric flame retardants, are used extensively in walls, roofs, and foundations of buildings to enhance energy efficiency and fire safety.

    Construction Materials: The flame retardant properties of these polymers make them suitable for various construction applications, ensuring safety and compliance with building codes.

    Packaging: EPS, in particular, is used in packaging applications, and the flame retardant properties help protect goods during transport and storage.

    Other Styrenic Polymers: These polymeric flame retardants can also be used in other styrenic-based polymers, including High Impact Polystyrene (HIPS), though their use is less prevalent in these applications compared to EPS/XPS.

    Packing:

    25 kg bags (multi-layer kraft paper with PE lining).

    500–1.000 kg big bags (for bulk supply).

    Storage:

    Temperature range: 10–30°C (50–86°F).

    Avoid moisture, direct sunlight, and high temperatures to prevent degradation.

    Shelf life: Typically, 12–24 months if stored properly.

Keywords: Polymeric Flame Retardants (HBCD alternatives)

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