Every video call, every film on a Friday night, every shift worked from a kitchen table — it travels down a strand of glass thinner than a hair. SignalLine Wire supplies that glass: outside plant, FTTH, utility and data centre cable, built to the spec you actually wrote.
Product range
From armoured outside plant down to the patch cord at the end of the link — specified, documented and shipped together, so the cable plant and the connectivity agree.
Outside-plant cable for duct, aerial and direct-burial routes. Loose tubes stranded around a central strength member, fully water-blocked, with corrugated steel (GYTS) or aluminium tape (GYTA) armouring.
Fully dielectric aerial cable installed along energised power lines without a messenger. Aramid strength members sized to the span and the ice and wind loading of the route.
Composite overhead earth wire with an optical core, replacing the conventional shield wire on transmission lines. Stainless steel tube optical unit stranded with aluminium-clad steel wires.
Flat bow-type drop cable for the final span into subscriber premises. All-dielectric or self-supporting with an integrated messenger, using bend-insensitive fiber for tight in-building routing.
Tight-buffered simplex, duplex, distribution and breakout cable for riser, plenum and equipment-room routing. Low-smoke zero-halogen sheathing for occupied buildings.
Factory-terminated patch cords, pigtails, MPO/MTP trunks, adapter panels, splice closures and ODF frames — supplied as matched sets so the field termination and the cable plant agree.
Why it matters
One out-of-spec reel does not announce itself. It shows up months later as a link that will not hold its budget, on a route that is already buried. That is why we quote against your written specification, check the cable before it ships, and send the test data with it — so the thing you accept is the thing you ordered.
Applications
The construction follows the route, not the catalogue. These are the deployments we quote against most often.
Bow-type drop cable from the distribution point into the premises — bend-insensitive fiber that survives stapled runs, tight corners and whatever the installer does on the day.
Stranded loose tube armoured cable pulled through sub-duct between street cabinets and exchange buildings, water-blocked against standing water in chambers.
ADSS strung between poles alongside distribution lines without a separate messenger, span and sag engineered from the route survey.
OPGW replacing the conventional shield wire, carrying the optical core while retaining the lightning and fault-current duty of the earth wire.
LSZH tight-buffered distribution cable through occupied floors, terminated into ODF frames and patch panels.
MPO/MTP trunks and LC patch cords between rows and racks, supplied as matched sets with per-connector loss data.
How we work
Fiber count and grade, construction, armouring, sheath, drum length, quantity, destination. A drawing or existing datasheet works just as well.
You get the datasheet for the exact construction being quoted — not a generic family sheet — with anything we cannot meet flagged rather than quoted around.
Unit price, drum configuration, lead time and incoterm stated in writing before anything is confirmed.
Test report and OTDR trace per drum, packing list matched to the container, documents issued against the agreed terms.
Documentation
Cable you cannot verify on arrival is cable you cannot accept. Every shipment carries the paperwork needed to check it against what was ordered.
Attenuation per fiber at the relevant wavelengths, recorded against drum and batch number.
Supplied per drum so you can compare against your own acceptance measurement on arrival.
Drum numbers, lengths and gross/net weights, matched to the container load.
For sheath and filling compounds, where the destination requires it.
Send the fiber count, construction and quantity. We respond with a written quotation, lead time and the datasheet for the exact construction quoted.
Tell us the construction and quantity you need.