Bayan Signage produces cable labels for switch rooms, data centres, BMS panels and underground routes across the UAE. We print from your approved cable schedule, test each label type on the real cable sizes before the full run, and pack every set by board, rack or route so the electrical contractor can fit them during termination.
Cable labels give every cable and core a unique identity that matches the cable schedule, so an electrician can find the other end without lifting ceiling tiles. A single tower can hold thousands of them: armoured feeders between the main switchboard and sub-main boards, control cables in a BMS panel, copper and fibre runs between racks. Our clients are electrical and ELV contractors preparing for testing and handover, data centre operators managing moves and changes, and facility teams relabelling older installations in Dubai, Sharjah and Abu Dhabi.
Most cable labelling failures have nothing to do with print quality. The label was fitted inside the gland and disappeared, a heat-shrink sleeve was too loose for the core, a nylon tie went brittle on a rooftop tray, or the text came from a superseded schedule revision. We control those points in production: we wrap or shrink sample labels on the actual cable diameters listed, note the schedule revision on the label file and check each set against it before it leaves our Ajman factory.
Bayan Signage is the production arm of Bayan Advertising, which has worked in the UAE for 15 years, and our factory at Alam Square, Industrial Area 2, Ajman, has been running since 2016. Cable labels sit inside a wider identification package we produce in-house, alongside DB labels, valve tags and asset tags, so the board reference on a cable tag reads exactly as it does on the board itself.
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One project often needs three or four of these. We match the type to the cable size, the stage of installation and the conditions along the route.
Printed labels with a clear tail that wraps over the text. Fast to apply to installed cables and the usual choice for data and small power cables.
View details →Sleeves shrunk onto cores before termination, or slip-on ferrules in panels. They cannot slide off, which suits dense terminal strips and control wiring.
View details →316 stainless tags with the reference laser-cut through the plate, or UV-printed aluminium tags under laminate, on stainless ties for armoured feeders, trench routes, rooftops and hot plant areas.
View details →Two-ply laminate (traffolyte) or stainless tags with the cable reference laser or rotary engraved into the surface. Engraved text cannot rub off on a handled tag, which suits switch rooms and main feeders.
View details →Board plates, circuit charts and breaker labels produced from the same data, so the cable's destination and the board's own label agree.
View details →Danger and isolation signs for switch room doors and high-voltage areas, which cable labels identify around but never replace.
View details →We check the cable schedule for duplicate IDs, missing ends and text too long for the label, and agree the format with your consultant or ELV lead before any printing starts.
We print a short run of each label type and fit it to the actual cable diameters on the schedule. Loose sleeves and short wrap tails show up here, not on site.
A sample card with every label type, size and text format goes to the consultant for sign-off, with the schedule revision noted so later changes are traceable.
Labels are printed and laminated, aluminium tags are UV-printed, and laminate and stainless tags are engraved or laser-cut in our factory. Each sequence follows the schedule order so the site team can work cable by cable.
Every set is checked against the schedule, then bagged and labelled by board, rack or route. Spares for each format are packed separately for late additions.
Our team, or your electricians, fit labels during termination. Where we fit them, we return a record of labelled cables to support testing and the as-built file.
This table is where we start before reading your specification. If the consultant's documents say otherwise, the documents win.
| Cable or location | Our standard | Upgrade options | Why it matters |
|---|---|---|---|
| Data and fibre | Self-laminating wrap labels | Flag labels for dense patch fields | Laminate protects text from handling; flags read from the side in packed bundles. |
| Control cores | Heat-shrink sleeves fitted before termination | Slip-on ferrules where cores are already terminated | Sleeves cannot slide off a core, so terminal strips stay readable after years of work. |
| Small power | Wrap labels at both ends | Heat-shrink at terminations | Both ends labelled means nobody traces a cable by pulling it. |
| Armoured feeders | UV-printed aluminium tags on ties | Engraved laminate or engraved 316 stainless tags | Large tags can be read in a crowded tray without moving the cable. |
| Rooftop and trench routes | Stainless tags with stainless ties | Tags at every pit, joint and entry | Nylon ties and adhesives degrade in heat and soil; stainless does not. |
| Text | Cable ID from the schedule | Origin, destination, size and circuit | Longer text needs a wider label, so the longest ID sets the size for the run. |
Cable identification goes wrong in predictable ways. These are the points we raise before a schedule goes into production.
Heat-shrink sleeves have to go on before the core is terminated, and wrap labels are far quicker on a cable lying loose than on one dressed into a tray. Labelling after termination can take several times the labour. If your programme allows, have the labels on site before termination starts; we can deliver in batches that follow the termination sequence board by board.
A label fixed hard against the gland is hidden once the cable is glanded, and one fixed inside trunking is hidden once the lid goes on. We advise fitting labels roughly 50 to 100 mm back from the termination, on the side facing the panel door, so a technician reads it without touching the cable.
One long cable reference, with origin, destination and circuit, decides the label width for the whole run. We scan the schedule for the longest entry first. If it forces an oversized label, we suggest a shorter coding convention to the consultant before printing, which is far cheaper than two label sizes on one board.
Standard nylon ties on a rooftop tray or in an unventilated plant room become brittle after a couple of UAE summers and drop their tags. Anywhere a label sees sun or high ambient temperature, we specify stainless ties with stainless or printed aluminium tags. The extra cost per tag is small next to relabelling a roof.
Large UAE projects often have separate power, ELV, data and specialist contractors. Without an agreed format, one riser ends up with three label styles. We prepare a single format sheet with sizes, fonts and coding, and can supply every package from it.
We price from your cable schedule and specification. Send the schedule as a spreadsheet, the label types required and whether we fit or supply only, and we return an itemised quote, usually within 24 hours.
Thousands of identical wrap labels are efficient. Many label types and sizes across one project add set-up, sampling and checking time.
Wrap labels are the most economical per piece. Heat-shrink sleeves, engraved laminate tags, printed aluminium and engraved stainless tags cost more but survive heat, handling and burial.
A clean schedule in a spreadsheet goes straight to print. Extracting cable IDs from drawings or site tracing adds preparation time.
Long references with origin, destination and circuit need wider labels or two lines, which affects both material and fit.
Fitting during termination is quick. Labelling existing cables in packed trays and panels takes much more labour per cable.
Outdoor, rooftop, trench and chemical areas need stainless ties and tougher materials than standard indoor labels.
Cable identification is normally set by the electrical specification and the consultant's label schedule, and it is checked during testing, inspection and handover. Expectations from the electricity authority and the utility interface vary by emirate and project type, so labels on incoming supplies and main switch rooms may need a particular format. We confirm the current requirement with your electrical consultant before production.
Structured cabling usually follows the client's own labelling scheme or a recognised administration standard named in the specification. In data centres and critical facilities, labels form part of change control and auditors may check them. We follow the scheme you give us and keep cable, port and rack labels in one file so numbering stays consistent.
Sample labels are fitted to the actual diameters on the schedule before production, so sleeves grip and wrap tails overlap as they should.
Printing, laminating, engraving, laser cutting and checking happen in Ajman, with no outsourcing of fabrication, and you are welcome to visit during production.
Sequenced bags labelled by panel, rack or route mean the site team never sorts loose sheets in a switch room.
Cable labels, DB labels, valve tags and asset tags come from one data set and one project manager.
Our installers can label during termination or relabel existing installations across all seven emirates, and return a record of what was done.
Materials, printing, fitting and access are listed separately, usually within 24 hours of receiving your schedule.
The price depends on quantity, the mix of label types, text length, data preparation, whether labels go on during termination and the environment along the route. Wrap labels for data cables cost far less per piece than stainless tags for armoured feeders. Send the cable schedule and we will send an itemised quote, usually within 24 hours.
Yes, in almost every case. A cable labelled only at the panel still has to be traced at the device end. Many specifications also ask for labels at intervals along trays, at wall and floor penetrations, and at pits and joints on underground routes, so long cables can be identified anywhere along their length.
Heat-shrink sleeves are more durable and cannot slide off, but they must be fitted before the cable or core is terminated. Wrap-around labels are easier on cables already installed and are standard for data. Many projects use both: sleeves on control cores and wrap labels on data and small power.
Yes. Send the approved schedule in a spreadsheet and we print the labels in sequence, packed by board, rack or route. We send a sample card first to confirm size, text format and material, which avoids reprinting thousands of labels for a single formatting change.
Armoured cables in trenches and ducts are usually tagged with engraved or laser-cut stainless steel or UV-printed aluminium tags on stainless ties, at entry and exit points, joints and pits. Adhesive labels tend to detach underground. Tags should be readable without disturbing the cable, which helps future excavation crews identify live cables safely.
Yes, though it takes longer than labelling during installation. We work with your electrician or facility team to trace and confirm IDs, then fit wrap labels or tags. We strongly suggest updating the cable schedule at the same time, because accurate records matter as much as the labels.
Yes. We supply wrap and flag labels for copper and fibre cables, along with patch panel and rack labels, produced from one file so cable and port numbering use identical logic. The format normally follows your structured cabling scheme or the specification.
Good laminated and heat-shrink labels indoors usually last as long as the installation. Heat, UV, nylon ties on rooftops and modifications made without relabelling are what cause failures. Choosing the right label and tie for each location, and keeping the label file for later additions, keeps the system readable.
Send your logo, the fascia size and a site photo. Our estimating team replies with options and an itemised price, usually within 24 hours.