Expandable Polystyrene EPS Foam Material

Lightweight EPS foam with excellent insulation and energy absorption, ideal for non-flame retardant packaging, building materials, and crafts.

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    High-Performance Non-Flame Retardant Expandable Polystyrene (EPS)

    This non-flame retardant expandable polystyrene (EPS) raw material is engineered for applications where flame retardancy is not a mandatory requirement. With attributes like light weight, superior thermal insulation, and energy absorption, it offers stable processing characteristics that make it suitable for various EPS foaming and molding equipment.

    Main Series Characteristics

    • E Series: Features low density and high strength with excellent fusion capabilities, delivering a beautiful surface finish. Ideal for electronic appliance packaging, fishing boxes, art works packaging, sports protection gear, floating balls, and blocks.
    • B Series: Designed for efficiency with a short cooling and molding cycle, resulting in low energy consumption and a low VOC profile. Best suited for packing electronic appliances and other packaging needs.
    • H Series: Offers easy achievement of light density and economic consumption. Commonly used for light blocks, cutting boards, lost foam molds, and lightweight packaging.

    Key Advantages

    • Excellent Foaming Performance: Delivers uniform particle size, controllable expansion ratio, and stable product quality.
    • Thermal Insulation and Buffering: Provides superior thermal insulation and buffering properties, making it ideal for packaging and as a building auxiliary material.
    • Wide Application Range: Versatile usage options suitable for decorative materials, craft products, and home appliance buffer packaging.
    • Cost-Effective: The non-flame retardant formula reduces material costs, offering a more economical solution.

    By opting for non-flame retardant EPS raw materials, companies can achieve efficient and economical solutions in scenarios not requiring flame retardant features, while still maintaining the light weight and high performance attributes of the finished products.


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