• DF205 modified melamine glass cloth laminate
DF205 modified melamine glass cloth laminate
+

DF205 modified melamine glass cloth laminate

Product features: DF205 modified melamine glass cloth laminate is made by impregnating alkali-free glass cloth treated with silane coupling agent with modified melamine resin and hot pressing. It has high mechanical and electrical properties and excellent arc resistance. Application areas: DF205 modified melamine glass cloth laminate is suitable for B- class motors, electrical equipment as insulation structural parts and other insulation fields with special requirements for arc resistance. 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

    DF205

    Test Method

    Index value

    Typical value

    1

    Water absorption (T = 3mm)

    mg

    ≤ 22

    9.2

    GB/T 1303.2-2009

    2

    Vertical layer bending strength (longitudinal, normal)

    MPa

    ≥ 340

    530

    3

    Parallel layer impact strength (simply supported beam, notch)

    kJ/m2

    ≥ 33

    69

    4

    Vertical layer direction electrical strength

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

    kV/mm

    ≥ 14.2

    24.5

    5

    parallel layer directional breakdown voltage

    (90 ℃ ± 2 ℃ in transformer oil)

    kV

    ≥ 35

    >60

    6

    Dielectric Loss Factor (1MHz)

    -

    ≤ 0.04

    0.02

    7

    Dielectric constant (1MHz)

    -

    ≤ 5.5

    4.5

    8

    Arc resistance

    s

    -

    183

    9

    Insulation resistance (after immersion for 24h)

    Ω

    ≥ 5.0 × 1010

    2.8 × 1013

keyword:

Inquiry

Attention: Please leave your contact information, our professionals will contact you as soon as possible!

Submit to