• DF350A modified diphenyl ether glass cloth laminate
DF350A modified diphenyl ether glass cloth laminate
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DF350A modified diphenyl ether glass cloth laminate

Product features: DF350A modified diphenyl ether glass cloth laminate is made of KH560 treated alkali-free glass cloth impregnated with modified diphenyl ether resin and hot pressed. Good heat resistance, high temperature impact strength, tensile strength and compression strength and other mechanical properties, good electrical properties, good flame retardancy. Application areas: It is suitable for use as insulating structural parts in H-class motors and electrical equipment, or in motors and electrical appliances with high mechanical strength requirements under thermal stress. Thickness range: 0.2mm--100mm Main dimensions: 1500mm * 3000mm, 1220mm * 3000mm, 1020mm * 3000mm, 1020mm * 2440mm, 1220mm * 2440mm, 1500mm * 2440mm, 1000mm * 2000mm, 1200mm * 2000mm and other sizes based on the agreement between the supply and demand sides.

Classificationn:

  • Describe
  • Physical, mechanical and electrical properties

    Serial Number

    Indicator Name

    Unit

    DF350A

    Test Method

    Index value

    Typical value

    1

    Water absorption (T = 3mm)

    mg

    ≤ 22

    7.6

    GB/T 1303.2-2009

    2

    Vertical layer bending strength (longitudinal)

    Normal

    MPa

    ≥ 340

    540

    150 ℃ ± 3 ℃

    MPa

    ≥ 170

    315

    180 ℃ ± 3 ℃

    MPa

    ≥100

    240

    3

    Parallel layer impact strength (simply supported beam, notch)

    kJ/m2

    ≥ 33

    104

    4

    Vertical Lamina Compressive Strength

    MPa

    ≥ 350

    560

    5

    Vertical layer direction electrical strength

    (90 ℃ ± 2 ℃ in transformer oil)(T = 1mm)

    kV/mm

    ≥ 14.2

    22

    6

    parallel layer directional breakdown voltage

    (90 ℃ ± 2 ℃ in transformer oil)

    kV

    ≥ 35

    >70

    7

    Dielectric Loss Factor (1MHz)

    -

    ≤ 0.04

    0.02

    8

    Dielectric constant (1MHz)

    -

    ≤ 5.5

    4.7

    9

    Insulation resistance (after immersion for 24h)

    Ω

    ≥ 5.0 × 1010

    7.7 × 1013

    10

    Combustibility

    Level

    V-0

    V-0

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