Borlink™ LE0592S

About
Borlink LE0592S is a crosslinkable black polyethylene compound, specially designed for semiconductive conductor screen and bonded insulation screen of energy cables. Applications Borlink LE0592S is intended for semiconductive applications in XLPE high voltage (HV) cables rated up to 220kV. It can be used as inner and outer semicon for bonded constructions and as inner semicon for strippable constructions. Specifications Borlink LE0592S meets the applicable requirements as below when processed using sound extrusion practices and testing procedures AEIC CS9 IEC 60840 Cenelec HD 632 S1 IEC 62067 ANSI/ICEA 108-720 Special Features Borlink LE0592S is a ready-to-use semiconductive compound. It offers excellent thermal stability which provides robust cable extrusion and crosslinking at high surface temperature, allowing for high line speed. The excellent distribution of carbon black and additives in Borlink LE0592S would result in a very smooth semiconductive screen.&&

Product Description
SupplierBorealis AG
GenericPE
Material StatusCommercial: Active
FeaturesCrosslinked,High Heat Resistance,Heat Stabilized
AvailabilitysAfrica & Middle East ,North America,Latin America,Asia Pacific,Europe
Process MethodsExtrusion

Technical Data
PHYSICALNominal valueUnitTest method
Density1.14g/cm³ISO 1183
humidity200ppmKarl Fisher

MECHANICALNominal valueUnitTest method
tensile strength22.0MPaISO 527-2/25
Tensile strain
fracture200%ISO 527-2/25

Aging performanceNominal valueUnitTest method
The rate of change in tensile strength in air
135℃,168 hr< 20%ISO 527

THERMALNominal valueUnitTest method
thermosettingIEC 60811-507
Elongation under load: 200 ℃25%
Permanent deformation: 200 ℃0.0%

Electrical performanceNominal valueUnitTest method
Volume resistivityISO 3915
23℃< 1.0E+2ohms·cm
90 ℃< 1.0E+3ohms·cm

Supplementary informationNominal valueUnitTest method
Gottfert Elastograph1.2N·mISO 6502

Process Conditions
ExtrusionNominal valueUnitTest method
Melt temperature120 to 135°C

Notes
1. Typical properties: these are not to be construed as specifications.
2. 0.20 MPa
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