Gypsum Works in Dubai

Gypsum is priced per square foot in the UAE. As an indicative market range, a plain flat false ceiling generally falls between AED 25 and AED 40 per square foot; a ceiling with drops, coffers and cove lighting between AED 45 and AED 90; a standard gypsum board partition between AED 30 and AED 55; and a certified fire-rated or acoustic partition between AED 60 and AED 120. Those are planning figures rather than a quotation. The things that actually move your rate are the finish level specified, the linear metres of drop and cove detail rather than the floor area, the fire and acoustic ratings required, the ceiling or wall height, the number of cut-ins and access panels, and the working hours the building permits.

In Dubai they are used to mean the same thing, and in almost every case the false ceiling being described is a gypsum board ceiling. Strictly, a false ceiling is any secondary ceiling suspended below the structural soffit — it could be gypsum board, a mineral fibre lay-in tile, a metal or timber system, or a tensioned stretch membrane. Gypsum is the default in this market because it produces a seamless flat plane that takes paint, forms into any bulkhead, coffer or curve you can draw, and hides the ductwork and pipework above it. When someone asks for a false ceiling here, this is nearly always the page they want.

New ceiling cracks are almost never structural settlement. Four causes account for most of them: a long uninterrupted run with no movement joint, so the ceiling has nowhere to move; joints that were not staggered, creating a continuous line of weakness across the ceiling; a board edge landing exactly at the corner of a door or window opening, where stress concentrates and a crack is effectively guaranteed; and jointing compound that was not allowed to dry between coats. All four are setting-out and programme decisions rather than material problems, which is why the board layout and the movement joints are planned on a drawing before anything is fixed.

Finish levels describe how far the jointing has been taken. A taped finish covers the joints and screw heads and is fine above a suspended tile ceiling or in a plant room. Level 4 — tape plus three coats of compound, sanded — is the normal standard for a wall under matt paint in ordinary light. Level 5 adds a thin skim coat over the entire surface so the whole plane has the same texture and porosity. You need Level 5 anywhere light will graze the surface: under cove lighting, below a wall-washer, on a wall lit by a large window, and under gloss or satin paint. Skipping it is the single most common cause of the complaint that every joint and screw head is showing.

As a tested system, not as a board choice. A sixty or ninety-minute partition is a certified combination of board type and thickness, a stated number of layers each side, a specific stud gauge and spacing, insulation where the test included it, defined fixing centres and a defined joint treatment. Substituting any single element voids the rating, and the finished wall looks identical either way. Two further points matter as much as the build-up: the partition must run to the underside of the slab rather than stopping at the ceiling grid, with a head detail that allows for deflection, and every penetration through it — cable tray, conduit, pipe, duct — must be fire-stopped with the appropriate collar, batt or sleeve. Expanding foam is not fire-stopping.

Accept first that "soundproof" is not achievable and "well separated" is. Sound takes the easiest path, and in a Dubai fit-out that path is usually over the top of the partition and through the ceiling void, not through the wall itself — which is why a partition built to the ceiling grid gives you roughly thirty decibels regardless of what the board specification cost. Real separation means taking the wall to the slab, filling the cavity with mineral wool, sealing the perimeter and head, using two layers of board with staggered joints where the target is high, avoiding back-to-back sockets, and fitting a cross-talk attenuator where a duct crosses the wall. Doors and glazing then become the weakest element, so they are specified rather than assumed.

A cove is a light fitting made out of plaster, and the geometry is the whole job. Four dimensions decide whether it produces a smooth wash or a row of scallops: the distance from the LED strip to the surface it is lighting, the depth of the return lip that conceals the strip, the height of the lip relative to the strip, and how flat the plaster inside the cove is. Get any of them wrong and no amount of dimming fixes it. There is also a finish consequence — light travelling along a surface exposes every joint and screw head that normal lighting hides, so a coved room needs a full skim rather than a taped and spotted finish. We draw the cove section before it is built rather than forming it by eye on site.

That depends entirely on what is in the void, and it is the wrong question to ask about the whole room. What sets the drop is the lowest obstruction — usually a duct, a downstand beam or a drainage run — plus clearance for the light fittings. The mistake is dropping the entire ceiling to clear one duct route. The better answer is a bulkhead over that route and full height everywhere else, which is why the coordinated services drawing matters more than the ceiling drawing. In a Dubai apartment with a tight slab-to-slab dimension, that single decision is often the difference between a room that feels generous and one that feels compressed.

Yes, and it is one of the reasons the material dominates. Standard board will dry-bend to a fairly generous radius; thinner flexible board takes considerably tighter curves; and for tighter radii still the board is scored or wetted before forming. Domes, barrel vaults, elliptical bulkheads, arched openings and free-form ceiling shapes are all achievable — the constraint is the framing behind them, which has to be set out from a drawn radius rather than swept by eye, and the jointing, which needs more care on a curve than on a flat plane. For very large or compound-curved illuminated shapes, a tensioned membrane set into a gypsum frame is often the better answer, and we build both.

Every valve, damper, VAV box, isolator, junction box and filter above a ceiling has to be reachable after the ceiling is closed. The positions are decided on the reflected ceiling plan against the actual plant locations, coordinated with the light and diffuser layout so the panel lands somewhere deliberate. What happens otherwise is entirely predictable: a maintenance contractor needs access two years later, cuts a hatch in the middle of the ceiling, and it is the first thing anyone sees in that room from then on. Planned access panels can also be specified as flush, plaster-in types that disappear into the surface.

Yes, with the correct board and the correct understanding of what it does. Moisture-resistant board handles the humidity of a bathroom or a kitchen. It is not waterproof and it is not a tanking layer, so it does not belong behind tiles in a shower enclosure, where a cement or fibre board plus a proper waterproofing membrane is required. Ceilings above showers and bathtubs also need proper extract ventilation, because no board specification survives a room that never dries out. Where a bathroom ceiling has already failed once, a tensioned membrane is worth considering as the replacement — it is completely non-porous.

For a typical apartment or small office: setting out and survey in the first week, framing and partitions over one to three weeks, boarding and the services inspection over one to two, then taping, jointing and skimming over one to three weeks, and cut-ins and handover in the final few days. The item that cannot be compressed is drying time between the coats of jointing compound. Rushing it is the most common cause of shrinkage and cracking a few months later, so it is planned into the programme rather than squeezed out of it. Phases overlap on larger floors, where the work moves zone by zone.

Yes, and the first job is always to establish the cause, because a repair that ignores it will simply fail again. A recurring crack in the same line usually needs a movement joint introduced rather than another fill. Water-damaged board has to be cut back and replaced rather than dried and painted — once the paper facing has lost its bond the board has lost its strength, and mould is in the core whatever the surface looks like. A sagging ceiling normally means hangers or channel at the wrong centres, or a corroded frame, so the frame is inspected before any new board is fixed. And the leak or condensation source is fixed first.

It depends on what the ceiling has to do, and Halo installs both so we have no reason to push you either way. Gypsum wins on cost per square metre for a plain painted ceiling, on any ceiling that has to carry load such as a heavy chandelier or a projector mount, on fire-rated ceiling assemblies, and wherever the design is deep coffers and cove details where the plaster itself is the architecture. A stretch membrane wins when you want the ceiling to emit light, when the room cannot be closed for wet trades, when the space is humid or has suffered a leak from above, and when the void will need reopening for maintenance. In practice most projects use both: a gypsum bulkhead or coffer with a membrane set into it.

We work as a contractor, supplying and installing the complete system — board, metal, insulation, accessories and finish — because that is the only way to stand behind a fire rating, an acoustic performance or a finish level. If you are looking to buy board by the sheet or by the pallet, a materials merchant will serve you better than we will. Where a client or consultant has specified a particular manufacturer’s system, we price and build to that specification and provide the product documentation with the handover.

Yes — a single ceiling, one partition, a niche or a repair are all normal work, alongside full fit-outs. What we ask for on a small job is the same as on a large one: a look at the space before quoting, because the height, the access, the condition of the soffit and what is in the void are what decide the labour, and none of them show up in a photograph or a floor plan.

Yes — we deliver gypsum works across the UAE, including Abu Dhabi and Sharjah. What changes between emirates is the approvals and access side rather than the trade itself: building management rules, permitted working hours, service-lift booking and the documentation the authority having jurisdiction expects for rated systems. Those are confirmed for your specific building before the programme is fixed rather than assumed from the emirate.

Ask what finish level is in the quotation, whether the fire-rated partitions are built slab to slab, which certified system is being priced and whether anything in it can be substituted, where the access panels are going and who decided, how the board layout and movement joints are being planned, and whether the crews are directly employed or subcontracted on. The checklist on this page explains why each question matters and how Halo answers it. Two quotations for "gypsum ceiling per square foot" can describe genuinely different products, and these are the questions that reveal which one you are being offered.