TABOCAB® COMPOUNDS

For this sector, SILON can offer XLPE insulation and the XL HFFR jacket compound, both ambient-cured and designed for photovoltaic and grid connection cables of up to 1.5 kV, with a service temperature of -40 to +90°C and extended service life (20 000 h at 120°C).

These products conform to:

• EN 50618
• IEC 62930
• EN 60332-1-2

We can offer a unique combination of easy process moisture-cured HFFR XLPE insulation and sheathing of TPO-based compounds specifically designed for LSF0H/HFFR low-voltage power cables up to 1 kV and operating temperatures of up to 90°C.

Our solutions comply with the VDE, EN, BS, IEC standards.

Fire-resistant cables according to CPR.

TABOCAB® cable compounds are designed to provide excellent service, long-term reliability and resistance to industrial and environmental abuse, including extreme temperatures, abrasion, impacts, tension, flexing or chemicals.

TABOCAB® compounds can be used in:

• instrumentation cables
• flexible control and power cables up to 3 kV
• power cables
• medium voltage cables 10-50 kV

TABOCAB® cross-linkable compounds TABOCAB® SXI 008 and TABOCAB® SXG 011 are specially developed compounds for solar cable insulation and sheathing. Thanks to their durability, resistance to UV and chemicals, flexibility and outstanding dielectric and flame retardant properties, they are suitable for both indoor and outdoor installations.

TABOCAB® solar compounds
TABOCAB® XLPE insulation and HFFR XLPE jacket compounds are produced by Sioplas technology, both moisture-cured and designed for photovoltaic and grid connection cables of up to 2 kV, with a service temperature of -40 to +90°C and extended service life (20 000 h at 120°C).

Typical application and advantages
Cable sheathing and insulation for photovoltaic cables in the construction of H1Z2Z2-K and in cables requiring EI 5 (EN 50363-5) compounds. The main advantages are excellent fire retardancy, easy processability, long life, flexibility, punch resistance, UV stability, lower weight, and production speed.

TABOCAB® solar cable compounds comply with:
EN 50618, IEC 62930, EN 60332-1-2

For both compounds, SILON offers suitable catalyst masterbatches.

TABOCAB® SXI 008: TABOCAB® CM 009 = 94 : 6 %
TABOCAB® SXG 011: TABOCAB® CM 010 = 95 : 5 %

The TABOCAB® LSZH/HFFR product family is designed for sheathing and insulation of CPR harmonised power, control and signal cables used in public buildings and areas with high demands on safety and prolonged operation under fire, as well as in e-mobility offering solutions for electric vehicle charging cables.

Typical applications:

NHXH FE 180/E30 – E90, N2XH B2Ca, JE-H(St)H FE180/E30 – E90

Electric vehicle charging cables

Advantages:
General Purpose / UV Stabilised / High Processability / High Fire Resistance

Properties comply with:
IEC 60092-359 SHF1; IEC 60502-1 ST8; EN50363-7 TI6, TI7; EN 50363-8 TM7; VDE 0207/24 HM2, HM4; VDE 0250/215 HM5; EN 62196-1

Our TABOCAB® TPS 908 material is a UV-stabilised HDPE-based jacketing compound available in black colour.

Typical application: 
sheathing of power, communication and optical cables

Properties comply with:
DIN VDE 0276 620, type DMP 2, IEC 60502 part 2 type ST 7, HD 620 S2, DIN VDE 0207 type 2YM3, EN 50290-2-24, HD 603 S1 DMP 1, 2, 5, 7, 8

The compound is halogen-free, but not flame retardant (CPR fire class Fca). For applications, where Eca CPR classification is required, we can supply the compatible TABOCAB XM 906 flame retardant masterbatch.

TABOCAB® TPS 908 is developed to meet all application requirements, while respecting principles of sustainability. Part of the compound is made of industrial recyclate from high-capacity sources offering stable quality and availability.

The SILON compounding process incorporates other polymers to secure optimal physical and mechanical properties, stabilizing the compound for customer processing conditions and individual requirements.