Borstar HE6062

About

Borstar HE6062

Borstar HE6062 is a black high density (HD) jacketing compound, which is produced with the Borealis proprietary
Borstar bimodal process technology.

Borstar technology allows the manufacturing of polymers outside the traditional MFR and density range making it possible to optimize processability, reduce shrinkage and yet provide excellent physical toughness and environmental stress crack resistance (ESCR).

Borstar HE6062 contains 2.5% well-dispersed carbon black in order to ensure excellent weathering resistance.

Applications
Borstar HE6062 is designed for jacketing of energy and communication cables.

The physical toughness and very low water permeability of the compound make it an ideal solution especially for buried power cables. Borstar HE6062 offers a balance of properties giving advantages in manufacturing, installation and lifetime performance of energy and communication cables.

Specifications
Borstar HE6062 meets the following material classification:

• ISO 1872-PE, KCHL, 45 D-006

• ASTM D 1248 Type III, Class C, Category 4, Grade E8, E9, J4, W8,9

The following cable material standards are met by Borstar HE6062:

• EN 50290-2-24

• DIN VDE 0207 Type 2YM3

• DMP 2, 5, 7, 8, 9, 10, 11, 12, 14, 15

Cables manufactured with Borstar HE6062 using sound extrusion practice normally comply with the following cable product standards:

• DIN VDE 0818

• EN 187105

• HD 603 S1, DMP 1, 2, 5, 7, 8

• HD 632 S2, ST7

• IEC 60502, Part 2, Type ST7

• IEC 60708

• IEC 60794

• IEC 60840, Type ST7

• HD 620 S2, Part 1, table 4B, DMP 2, 8-12, 14-15, 17

• HD 620 S2, Part 1, table 4B, DMP 2, 8-12, 14-15, 17

• UL 1072 Oil resistance I & II

Special Features
Borstar HE6062 consists of specially selected components to offer:

• Superior processability

• Excellent environmental stress cracking resistance (ESCR)

• Excellent abrasion & scratch resistance

• Low water permeability

• Low heat deformation

• Termite resistance

• Outstanding UV resistance

• Low shrinkage

• Excellent surface hardness

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