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  • The yarns are made of E-type aluminum-borosilicate glass.

     

  • Physical and mechanical properties

     

    Property* Nominal diameter of filament Resulting nominal linear density

    Turns per meter in

    the twist

    Specific tensile strength Siz-ing Loss on ignition
    Unit µm

    tex

    (+5% / -7%)

    turns mN/tex (gf/tex) - %
    ЕС 10 84х3Z 250** 10 84 250 (±10%) 370 (38) PE 0.9-1.9
    ЕС 9 52х2Z 100*** 9 52 100 (±15%) 410 (42) PE 0.9-1.9
    ЕС 6 26 S90-14 6 26 90 (±15%) 590 (60) Nr14 not less than 0.3
    ЕС 9 52 S90 9 52 90 (±15%) 410 (42) PE 0.9-1.9
    ЕС 9 52 S40 9 52 40 (±20%) 410 (42) PE 0.9-1.9
    ЕС 9 68 S40 9 68 40 (±20%) 410 (42) PE 0.9-1.9
    ЕС 9 68 S40-34 9 68 40 (±20%) 410 (42) Nr34 not less than0.3
    ЕС 10 84 S40 10 84 40 (±20%) 370 (38) PE 0.9-1.9
    ЕС 9 104 S40 9 104 40 (±20%) 410 (42) PE 0.9-1.9
    ЕС 9 136 S40-34 9 136 40 (±20%) 410 (42) Nr34 not less than0.3
    ЕС 10 160 S40-34 10 160 40 (±20%) 370 (38) Nr34 not less than0.3

    * Yarn twist direction: Z – right-hand, S – left-hand.
    ** 3-fold
    *** 2-fold

     

    Unit of output of the yarn is a bobbin.

    Weight of yarn on a bobbin is not less than 2,000 g.

     

    Manufacture of the material with other physical and mechanical properties is accepted upon agreeing about with a consumer.

  • Typical application:

    • manufacture of various fabrics, nonwovens,
    • electroinsulation of winding and hookup wires,
    • manufacture of composites based on epoxy, epoxyphenol and other binding agents.