HCB
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  • HCB

HCB

3 cores conductive breakout
Category:
keyword:

conductive

sealing

Applications:

Sealing mastic coated 

Detailed Specification Download:

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  • Basic Information
  • Technical Parameter
  • Ordering Data
    • Commodity name: HCB
    • Applications: Sealing mastic coated 

    3 cores conductive breakout

    Shelf life & storage:

    Heat Shrink Product provided by Hongshang has a over 5 year's shelf life from date of manufacture when stored in a humidity controlled environment (-10°℃ to 40℃ and<75% relative humidity).

     

    Ordering information:

    Standard colors:

    Black.

     

    Features:

     

    Sealing mastic coated 

    Conductive

    UV resistant

    Shrink ratio 2-3:1 

    Min. full recovery temp.: 130℃ 

     

  • Typical technical performances:

     

    Test Items

    Test Method

    Test Requirements

    Tensile strength 

    ASTM D 2671

    12MPa min.

    Ultimate elongation 

    ASTM D 2671

    200% min.

    Volume resistivity

    IEC 93

    1014Ω.cm min.

    Dielectric strength

    IEC 60243

    12kV/mm(1.0mm) min. 

    Water absorption

    ISO 62

    0.5% max.

    Heat shock at 225℃/4hrs

    ASTM D 2671

    No cracking, dropping

    Density

    ASTM D 792

    1.0~1.1g/cm3

  • Dimensions:

     

     

    Size

    As supplied

    (mm)±10%

    D (mm)

    I (mm)

    Recovered length

    (mm)±10%

    Recovered wall(mm)

    ±20%

    (mm)

    l*

    f*

    a* (Min.)

    b*  (Max.)

    a* (Min.)

    b* (Max.)

    L

    Dw

    Iw

    HCB320-60/25 

    170

    40

    60

    25

    26

    8

    170

    40

    2.8

    2.6

    HCB330-80/ 38

    210

    50

    80

    38

    34

    16

    215

    55

    3.5

    3.2

    HCB340-110/50  

    210

    55

    110

    50

    46

    19

    230

    60

    3.5

    3.3

    HCB350-125/57  

    220

    60

    125

    57

    55

    20

    240

    68

    3.5

    3.2

     

    l    =  The length of  L as supplied

    f   =  The length of  F as supplied

    a* = Inner diameter as supplied

    b* = Inner diameter after fully recovered  

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