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Fabric Solutions for Longer, Lighter, Stronger Blades

Ultrablade® X fabric solutions leverage Owens Corning’s proprietary Hybrid Fabrics, that are specially designed to combine Glass
and Carbon fabrics to provide unique advantages for superior performance.

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Specifications and Literature

Material Safety Data (SDS, SUIS) (1)

Performance Attributes

Scalable Performance  Icon

Scalable Performance

Lighter Blades Icon

Lighter Blades

Stronger Blades Icon

Stronger Blades

  • Product Benefits

    • Higher stiffness
    • Scalable performance
    • Superior fatigue resistance
    • Reduced cost over carbon materials
    • Suitable for incumbent resin infusion process

  • APPLICATIONS

    • Spar Cap
    • Various Structural Unidirectional Applications

Technical Information

Mechanical Properties Comparison

GLASS LAMINATE 0% CARBON ULTRABLADE® X 15% CARBON ULTRABLADE® X 25% CARBON
0° Tensile Strength* (MPa) (Standard deviation) 955 (27) 1105 (51.6) 1288 (60)
0° Tensile Modulus* (GPa) (Standard deviation) 46 (0.5) 63.1 (0.9) 71.5 (0.9)
0° Tensile Strain (%) (Standard deviation) 2.46 (0.1) 1.77 (0.03) 1.72 (0.04)
0° Compressive Strength (MPa) (Standard deviation) 680 (55.5) 690 (31.2) 782.4 (38.2)
0° Compressive Modulus (GPa) (Standard deviation) 46.4 (0.9) 60 (0.9) 67.8 (0.31)
0° Compressive Strain (%) (Standard deviation) - 1.21 (0.06) 1.27 (0.07)

*FVF=55%


Packaging (Standard Reference)

Information available upon request.


    Applications

    • Wind Energy > Spar Cap

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    Tom Wassenberg

    Global Platform Director, Wind

    Tom

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