• EPGC41/EPGC42/EPGC43 epoxy glass cloth laminated rod
EPGC41/EPGC42/EPGC43 epoxy glass cloth laminated rod
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EPGC41/EPGC42/EPGC43 epoxy glass cloth laminated rod

Product features: It is a round rod with high mechanical and dielectric properties, which is made of alkali-free glass cloth impregnated with epoxy resin and hot-pressed by forming die. Application areas: It is suitable for insulating structural parts in motors and electrical equipment, and can be used in humid environments and transformer oil.

Classificationn:

  • Describe
  • Physical, mechanical and electrical properties

    Serial Number

    Indicator Name

    Unit

    Test Method

    EPGC41 Ordinary Type

    EPGC42 high temperature type

    EPGC43 flame retardant type

    1

    Density

    g/cm3

    GB/T 5132.2-2009

    IEC 61212.2:2006

    1.7 ∽ 1.90

    1.7 ∽ 1.90

    1.7 ∽ 1.90

    2

    axial compression strength

    MPa

    ≥ 175

    ≥ 175

    ≥ 175

    3

    Vertical layer bending strength

    MPa

    ≥ 220

    ≥ 220

    ≥ 220

    4

    Insulation resistance after water immersion Insulation resistance after water immersion

    Ω

    ≥ 1.0 × 109

    ≥ 1.0 × 109

    ≥ 1.0 × 109

    5

    Parallel layer to breakdown voltage at (90 2)℃ transformer oil

    kV

    ≥40

    ≥40

    ≥40

    6

    Temperature Index (TI)

    -

    ≥ 130

    ≥ 155

    ≥ 130

    7

    water absorption

    Mg/cm2

    3

    5

    3

    8

    Combustibility

    Level

    -

    -

    V0

    Note 1: The "vertical layer bending strength" of EPGC42 type is the bending strength measured at 150 ℃ ± 3 ℃ after 1h of treatment at 150 ℃ ± 3 ℃, which shall not be less than 50% of the specified value.

    Note 2: One of the requirements for 20s step-by-step boost test and 1min withstand voltage test for parallel layer to breakdown voltage in 90 ℃ transformer oil can be selected.

    Note 3: The flammability test is mainly used to monitor the uniformity of laminate production, and the results so measured should not be regarded as a comprehensive indication of the potential fire hazard of these laminates under actual application conditions.

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