Rochling Engineered Plastics Company Logo
Glastic® FHT provides numerous high-performance features and benefits, such as high flexibility and excellent dielectric strength at elevated temperatures.

Functions: Laminate

    Knowde Enhanced TDS

    Identification & Functionality

    Chemical Family
    Composite Materials Functions

    Features & Benefits

    Labeling Claims
    Materials Features
    Prroperties

    Some attributes:

    • Highly flexible
    • Excellent dielectric strength
    • High heat resistance
    • Ideal for dry-type transformers
    • Easily fabricated
    • Asbestos-free

    It also exhibits one of the highest UL® temperature indices in the industry for a flexible glass-reinforced polyester in 0.8 mm and 1.6 mm thicknesses:

    • 0.8 mm – 190° C Electrical
    • 1.6 mm – 200° C Electrical
    • 0.8 mm – 190° C Mechanical
    • 1.6 mm – 200° C Mechanical

    With its high resistance to heat, Glastic® FHT Laminate offers a cost-effective alternative to aramid paper in 220°C insulation systems. Typical applications include layer and core insulationfor dry-type transformers.

    Color

    • ivory

    Standard sizes

    • 1828x914 mm (6 ft x 3 ft)
    • 2445x1255 mm (8 ft x 4 ft)

    Thickness

    • 0,8 mm (≈ 0,031496063″)
    • 1,6  mm  (≈ 0,0629921″)

    Thermal endurance (UL 746 B)

    190/200 (elec./mech.)

    Applications & Uses

    Properties

    Physical Form
    Typical Properties
    ValueUnitsTest Method / Conditions
    Fibre ReinforcementMat
    Standard ColourIvory
    Previous Quality1800
    Compressive Strength (Perpendicular)97MPaASTM D 695
    Tensile Strength (Parallel)72MPaASTM D 638
    Electric Strength at 90°C (Perpendicular)18 / 22kV/mmASTM D 149 (Luft/Öl)
    Breakdown Voltage at 90°C (Parallel)60kV/25mmASTM D 149
    Comparative Tracking Index500(V)UL 746A
    Thermal Conductivity0,25W/mKASTM C 177
    Thermal Endurance190/200T.I.UL 746 B