• Quartzel® Chopped Strands

    Quartzel® fiber is a homogeneous, non-porous, continuous, amorphous, ultra-pure silica glass with a SiO2 content 99.95%. Quartzel® chopped strands are produced from either 9µm or 14µm Quartzel® rovings which are chopped to a pre-determined length.

     

  • Main properties

  • Product portfolio

    Products

    Available sizing 

    Carton dimensions (mm)

    Quantity per carton

    Based on ISO 2078 (Europe) US customary system QS1318 (Worldwide)
    QS13-QPC1 (US Only)
    QSCY1 (Worldwide)
    C9 33 - 6 mm  300 6 mm L 650 x W 650 x H 650
     
    5 kg
     
    C9 33 - 12 mm 300 12 mm
    C14 80 - 6 mm 125 6 mm
    C14 80 - 12 mm 125 12 mm
  • Available sizings

    • QS1318 and QS13-QPC1 are multipurpose high performance direct sizings, recommended for most textile processes and composite applications. They can be used with thermoset resins and among others : Phenolic, Epoxy, BMI, etc..
       
    • QSCY1 sizing is designed specifically for optimized compatibility with cyanate ester resin systems.

    *Sizing is the chemical agent which aims at protecting the yarns in textile processes as well as providing chemical compatibility with resin matrix in composites.

     

  • Dual-use

    Dual-use disclaimer: Quartzel®products are all classified as a dual-use commodity by the European and US authorities. Therefore, an export license is required to export these goods to some countries. Our team will support you in this process. Read more about it here.

  • Download selection (0)
    • Quartzel® Chopped Strands
      Brochures
      Quartzel® Chopped Strands
      PDF | 956.93 KB
    • QUARTZEL® FUSED QUARTZ YARN-ROVING-OTHER TEXTILE PRESENTATIONS_2023_(EN)
      Safety data sheet (SDS)
      QUARTZEL® FUSED QUARTZ YARN-ROVING-OTHER TEXTILE PRESENTATIONS_2023_(EN)
      PDF | 145.54 KB
    • 7 – 15 micron QUARTZEL® Silica Yarn, Roving, and Chopped-2025-USA
      Safety data sheet (SDS)
      7 – 15 micron QUARTZEL® Silica Yarn, Roving, and Chopped-2025-USA
      PDF | 265.28 KB