XLPE Insulation Compounds

Irradiation Low-smoke Halogen-free XLPE Insulation and jacketing Compound for Solar PV Cables

Item No.: 00638
FJUV125, FHUV125are irradiation cross-linkable low-smoke halogen-free flame-retardant insulation and jacketing compounds. They have good mechanical property, electrical property, flame retardant property and processability, especially for anti-ozone.
  • ModelFHUV125/ FJUV125
  • Brand NameEASTMAC
  • Place of OriginChina
  • PortShanghai
  • Supply Ability1000 Tons Per Month
  • Payment TermsL/C,T/T
  • More Less
    Description
    Description

    Application: 

    FJUV125, FHUV125are irradiation cross-linkable low-smoke halogen-free flame-retardant insulation and jacketing compounds. They have good

    mechanical property, electrical property, flame retardant property and processability, especially for anti-ozone, anti-UV and high-temperature

    resistant properties. It is low smoke, halogen free, flame retardant, and especially suitable for the insulation and jacketing of solar PV cables

    which have strict aging property requirements. Those cables can pass TUV identification. They also can be used for other cables which have

    long service life requirements.

    Processing Indicator

    Recommend to use special screw for low-smoke halogen-free compound with L/D=20-25. 

    Main technical data:

    Model

     

    Machine Barrel Temperature 

    Molding Temprature

     

    FHUV125/ FJUV125

    120-150℃

     

    150-165℃

      

    Item

     

    Unit

     

    Specification

     

    FHUV125

    FJUV125

    Density

     

    g/cm3

    ≤1.45

    ≤1.45

    Tensile Strength

     

    MPa

    ≥10

    ≥10

    Elongation at Break

     

    %

    ≥180

    ≥180

    Aging Conditions

     

    /

    185×100h

    Reserved elongation at Break

     

    %

    ≥50

    ≥50

    Aging Conditions

     

    /

    150×168h

    150×168h

    Reserved Tensile Strength

     

    %

    ≥70

    ≥70

    Reserved Elongation at Break

     

    %

    ≥70

    ≥70

    Dielectric Strength

     

    MV/m

    ≥20

    ≥20

    Brittle Temperature With Low Temperature Impact 

    -40

    -40

    20 Volume Resistivity

     

    Ω. m

    ≥1.0×1012

    ≥1.0×1011

    Thermal Deformation

    (121×1h)

    %

    ≤40

    ≤40

    Oxygen Index

     

    %

    ≥30

    ≥30

    Hot-wet Resistivity

     ( 85%)

    ×h

    90×1000

    90×1000

    Tensile Strength Variation

     

    %

    ±30

    ±30

     

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