Applications
Where our cables work
Applications describe the problem the customer is solving, not just the cable we sell. Each one links back to the product families that address it.
Power Infrastructure
Grid and network operators need circuits that stay in service for decades outdoors — buried, ducted or on trays — while meeting the voltage class, fault level and earthing arrangement set by the network owner. The difficulty is rarely the cable alone: conductor size, screening and armour have to be matched to the actual fault levels, soil conditions and laying method of the network, then evidenced by routine and type tests before dispatch.
Industrial
Industrial sites carry power, control and instrumentation circuits along shared tray routes, often beside variable-speed drives and switchgear that generate electrical noise. The problems that recur are nuisance trips on signal loops, insulation hardening near heat sources, and sheaths that crack where oil or solvents are present. Selection therefore starts with separating power from signal, then choosing compounds against the contaminants actually present on site.
Mining
Mining loads are mobile, abrasive and frequently wet: cables are dragged over rock, run on reeling drums and re-terminated in the field. Downtime costs far more than the cable itself, so the specification is driven by mechanical duty — flexibility, abrasion and cut resistance, and behaviour under repeated reeling — before it is driven by electrical rating.
Renewable Energy
Wind and hydro projects combine long outdoor runs with continuous movement: torsion inside a turbine tower, vibration on a nacelle, and UV exposure across the whole route. Cables are specified against the movement they will actually see in service, and it is the connection points rather than the straight runs where failures begin.
Solar Power
A PV array is a DC system installed permanently outdoors: high UV load, wide daily temperature swings, and long runs from string to combiner box to inverter. The cable must withstand that exposure for the lifetime of the plant, and its DC voltage rating has to match a system voltage that rises as strings get longer (more modules in series).
Data Centers
Data centre specifications are driven by what happens in a fire — smoke density, halogen content and the acidity of the gases released — because the equipment and the people are in the same enclosed space. Circuit density and the separation of power from data are the other half of the specification.
Oil & Gas
Hydrocarbon environments combine flammable atmospheres with aggressive chemicals, so the specification works on two tracks at once: limiting flame propagation and smoke behaviour on the one hand, and resisting oil, mud and solvents on the other. Instrumentation loops add screening requirements, because a noisy signal in a control room is a process problem, not a cable problem.
Railway & Metro
Rolling stock and fixed installations inside tunnels are enclosed, crowded and hard to evacuate, which puts halogen-free, low-smoke, flame-retardant behaviour at the top of the specification. Vibration, ozone and keeping signalling circuits clean under traction return currents follow close behind.
Infrastructure
Airports, ports, water treatment plants and road tunnels share one characteristic: the cable is installed once and expected to outlast several generations of equipment, frequently in public spaces where evacuation is difficult. Specification is dominated by fire performance, mechanical protection and the documentation package required by the authority.
Buildings & Construction
Building services put power, lighting and fire-safety circuits into the same risers and voids as the occupants, so fire performance — flame spread, smoke and halogen content — is normally written into the specification by the engineer before any supplier is approached. Ease of pulling in and terminating then drives the rest of the decision.
OEM / Equipment
Equipment builders buy cable as a component of a machine, not as a project commodity, and that changes what the order has to solve. The recurring problems are quantities per size that fall below the minimum order quantity (MOQ), delivery that must land before the machine itself ships, and a construction that has to match the duty inside the machine rather than a generic installation specification. Continuous flexing, drag chain duty and oil or coolant exposure are the conditions most often missed at enquiry stage. Selection therefore starts from the operating cycle and the OEM's own drawing — conductor class, flex life, screening and sheath compound — before price is discussed.
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Cables for a specific application?
Tell us the installation environment, the load and the standard you work to. We will name the product families that fit and quote them.