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Extruded insulation cables
The extruded dielectric offers many advantages that make the cables lighter and easier to handle and to install. Both EPR and XLPE can be used for insulation: they provide the cables with the advantage of operating at high temperatures (90°C) and at high electrical stresses. In most cases, XLPE requires an impervious metallic sheath (e.g. lead sheath) to be applied over each core to avoid direct contact with water. EPR compounds can be formulated in such a way as to give an excellent performance in terms of both electrical reliability and ageing, thus removing the need for an impervious metallic sheath (the so called "Wet Design"). We tailor-make your solutions In order to meet different standards and preconditions we always tailor-make the cable... -
Extruded insulation cables
The extruded dielectric offers many advantages that make the cables lighter and easier to handle and to install. Both EPR and XLPE can be used for insulation: they provide the cables with the advantage of operating at high temperatures (90°C) and at high electrical stresses.In most cases, XLPE requires an impervious metallic sheath (e.g. lead sheath) to be applied over each core to avoid direct contact with water. EPR compounds can be formulated in such a way as to give an excellent performance in terms of both electrical reliability and ageing, thus removing the need for an impervious metallic sheath (the so called "Wet Design"). We tailor-make your solutions In order to meet different standards and preconditions we always tailor-make the... -
Extruded insulation cables
The extruded dielectric offers many advantages that make the cables lighter and easier to handle and to install. Both EPR and XLPE can be used for insulation: they provide the cables with the advantage of operating at high temperatures (90°C) and at high electrical stresses. In most cases, XLPE requires an impervious metallic sheath (e.g. lead sheath) to be applied over each core to avoid direct contact with water. EPR compounds can be formulated in such a way as to give an excellent performance in terms of both electrical reliability and ageing, thus removing the need for an impervious metallic sheath (the so called "Wet Design"). We tailor-make your solutions In order to meet different standards and preconditions we always tailor-make the... -
Fibre optic
We have a comprehensive and specialized program of pre-fabricated fibre cable kits. Choose between customized solutions and accessories, for within or between towers and grid connection. -
Fibre optic cables
We have a comprehensive and specialized program of pre-fabricated fibre cable kits. Choose between customized solutions and accessories, for within or between towers and grid connection. -
Fire/Flame Retardant
All our Fire Resistant cables are also available in a NON-FIRE RESISTANT construction with NO FIRE RESISTANCE properties (no Mica glass tape for fire barrier). These are still LS0H, flame/fire retardant and meet all requirements of IEC 60332-1 and IEC 60332-3. -
Firestop FS110 Flexible Multicore
Fire rated, flexible multicore LS0H cable suitable for installation wiring. -
Firestop FS110 Flexible SDI
Fire rated, flexible single core LS0H cable suitable for installation wiring. -
Firestop FS110 Stranded Conductor Alarm Cable
Fire rated fire alarm circuit LS0H cable suitable for installation wiring. -
Firestop FS110 Stranded Conductor Multicore
Fire rated multicore LS0H cable suitable for installation wiring. -
Firestop FS110 Stranded Conductor SDI
Fire rated, single core LS0H cable suitable for installation wiring. -
FL@TCORE™
Indoor drop optical fibre cable with steel wire reinforcement and LSOH sheath. Designed to run from the distribution point to the subscriber, in both home and business premises. -
Flat Power Cables
2 and 3 Core Flat TPS, Copper Conductor V-90, PVC Insulated and 3V-90 PVC Sheathed. According to AS/NZS 5000.2 -
Flat Xtra™ Cables
2 and 3 Core Flat TPS, Copper Conductor V-90, PVC Insulated and 3V-90 PVC Sheathed. According to AS/NZS 5000.2 -
FLEXIBLE CORDS 250/440V
Multicore Flexcords Ordinary Duty – 250/440V compliant with AS/NZS 3191 and regulatory requirements for Flexible Cords.