Glass Fiber Surface Mats (Surfacing Veil)
  • Glass Fiber Surface Mats (Surfacing Veil)
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Glass Fiber Surface Mats (Surfacing Veil)

  • Product Details
  • Glass Fiber Surface Mats

    Glass fiber surface mats are primarily used as the top layer in fiberglass-reinforced products. They are categorized into two main types: Seam-Wound (S-SM) Series and Hand-Laid (S-HM) Series.

    • Seam-Wound Surface Mats (S-SM)
      Designed for filament winding applications such as fiberglass pipes and storage tanks, this type enhances surface corrosion resistance, compressive strength, and helps prevent leakage—ultimately extending product lifespan.

    • Hand-Laid Surface Mats (S-HM)
      Ideal for hand lay-up molding of components with complex shapes or curves. These mats offer excellent conformability, quick resin penetration, and improve the product's surface quality, strength, and corrosion resistance.


    Key Product Features

    • Uniform fiber distribution

    • Smooth and flat surface finish

    • Excellent corrosion resistance

    • Low binder content

    • Superior formability and adaptability to curves


    Area Weight: 30gsm, 50gsm



    Glass Fiber Surface Mats

    Glass fiber surface mats are primarily used as the top layer in fiberglass-reinforced products. They are categorized into two main types: Seam-Wound (S-SM) Series and Hand-Laid (S-HM) Series.

    • Seam-Wound Surface Mats (S-SM)
      Designed for filament winding applications such as fiberglass pipes and storage tanks, this type enhances surface corrosion resistance, compressive strength, and helps prevent leakage—ultimately extending product lifespan.

    • Hand-Laid Surface Mats (S-HM)
      Ideal for hand lay-up molding of components with complex shapes or curves. These mats offer excellent conformability, quick resin penetration, and improve the product's surface quality, strength, and corrosion resistance.


    Key Product Features

    • Uniform fiber distribution

    • Smooth and flat surface finish

    • Excellent corrosion resistance

    • Low binder content

    • Superior formability and adaptability to curves


    Area Weight: 30gsm, 50gsm