Bespoke Floating Vanities: Adding Luxury Hotel-Style Woodwork to Bathrooms

All bathroom joinery must be specified in moisture-resistant materials throughout. MR MDF for carcasses and door panels, marine-grade ply for any shelf components exposed to splash, and a two-pack water-resistant lacquer for the finish. Standard MDF and standard emulsion paint are not appropriate for any bathroom application — they will swell, delaminate, and fail within months. Solid hardwood (oak, walnut) can be used for visible elements (door frames, open shelf edges) if finished with a penetrating oil appropriate for wet environments.

A wall-hung vanity unit carrying a stone basin (typically 15–30kg) requires fixing into masonry or a reinforced stud frame rated for the combined weight plus dynamic load. For masonry bathroom walls, resin-bonded anchor bolts of M10 or above are appropriate. For stud walls (common in Berkshire new-build bathrooms), a 18mm ply backing board is fixed into the studs first, providing a continuous, load-distributing fixing surface for the vanity brackets. The bracket specification must include consideration of the basin overhang — a deep basin creates a cantilever moment that significantly increases bracket load.

Every project starts with a site survey rather than a drawing. We check whether the bathroom wall is masonry, dot-and-dab plasterboard, or a timber stud partition, because the wall build-up determines the fixing method before anything else is decided. We measure the position of existing waste and supply pipes, note the ceiling height and any sloped sections, and take the client's preferred basin and tap so the vanity carcass can be sized to suit rather than the other way round. Floor level is checked too — older Berkshire houses in particular often have a fall of several millimetres across a bathroom floor, and the fixing height needs to account for the highest point so the vanity reads as level.

Working drawings follow the survey, showing carcass width, height, depth, drawer count and the exact position of the basin cut-out relative to the tap holes. We agree finish, colour and hardware at this stage, because changing a decision once cutting starts adds cost and delay. Once the drawing is signed off, the carcass, doors and drawer boxes are built in the workshop — this is where the bulk of the time is spent, not on site — and the countertop is either machined in-house for timber or templated by a stone fabricator once the carcass position is fixed.

The basin you choose changes both the look of the vanity and the joinery detail beneath it. A countertop (or "sit-on") basin bowl sits proud of the worktop and is the easiest to seal, because there is no cut-out edge exposed to standing water — this is why it suits a timber top better than an undermounted basin does. An undermounted basin is fixed beneath a cut-out in the countertop, giving a cleaner, more contemporary line and an easy-to-wipe worktop with no rim, but it demands a material that tolerates a sealed aperture, which rules out unsealed solid timber and points towards stone, solid surface or a well-detailed veneered top.

A semi-recessed basin sits partly within the countertop and partly proud of it, and is a useful compromise where ceiling height is tight and a fully countertop bowl would push the tap or mirror too high. Whichever basin is chosen, we build the vanity around its specific fixing centres and overflow position — basins are not universally interchangeable, so late changes of basin model after the carcass is built can mean reworking the cut-out.

Bathroom vanity drawers have to be built around the basin's waste trap and supply pipework, which usually occupy the centre-back of the cabinet. Rather than a single deep drawer, we typically build a shaped or cut-away drawer box that clears the trap, plus a shallower drawer above for everyday items, so storage is not sacrificed to the plumbing run. Soft-close runners are standard on a bespoke vanity — they are quieter, more forgiving of a full drawer, and rated for the higher humidity of a bathroom when specified in marine-grade stainless steel or brass rather than standard steel, which will show surface corrosion within a couple of years.

Handle choice is largely aesthetic, but recessed or integrated pulls are popular on floating vanities because they keep the visual line clean and avoid a protruding handle catching a towel or a hip in a tight ensuite. Where a fully handleless push-to-open mechanism is wanted, we would flag that these mechanisms see more wear in a bathroom than a kitchen, simply because vanity drawers are opened more times a day per household member.

Quartz and engineered stone are the most forgiving worktop choice for a vanity — non-porous, resistant to the toiletries and water that inevitably end up on a bathroom surface, and requiring no maintenance beyond normal cleaning. Natural stone such as granite or marble gives a more individual, higher-end appearance but marble in particular is porous and can etch or stain if perfume or acidic products are left sitting on it, so it needs sealing and a more careful daily routine. Solid surface material (a resin-based worktop) allows an undermounted basin to be moulded almost seamlessly into the top, which is popular in hotel-style specifications, though it is softer than stone and can scratch.

A solid timber top brings warmth that stone cannot match and suits a countertop basin well, but it is the option that demands the most respect for the environment it is in — every face sealed, standing water wiped promptly, and a hard-wearing finish maintained. Where a client wants the look of timber with less maintenance anxiety, we often suggest an engineered oak veneer top over a moisture-resistant substrate, finished exactly as a solid top would be, for a similar appearance with more dimensional stability.

The most frequent failure we are called to correct in existing bathrooms is a vanity fixed straight into plasterboard with standard wall plugs — it holds for a few months, then the basin's weight and the leverage of someone leaning on the front edge work the fixings loose. The second most common issue is standard (non-moisture-resistant) MDF used below a basin, which swells at the first small leak and never recovers. Both are avoidable at the specification stage and effectively impossible to fix well after the event without remaking the unit.

Other pitfalls worth flagging: choosing a floating height without checking it against the tallest regular user, which leaves someone stooping at the basin every morning; ordering the basin after the carcass is already built, which risks a mismatch between waste position and drawer clearance; and skipping extraction in the room, which no finish — however good — will survive indefinitely against constant steam.

A single vanity for one basin typically runs 600–900mm wide, depending on how many drawers are wanted and whether a small run of open shelf sits alongside. A double vanity for two basins generally needs 1,400–1,800mm to give each user genuine elbow room at the counter, plus a gap between bowls of at least 150–200mm so taps do not clash. Depth, as covered in the FAQs, sits at 450–520mm for a standard installation and 350–400mm in a tight cloakroom. None of these are fixed rules — a period property with an awkward reveal or a sloped ceiling often needs a genuinely bespoke width that no standard range would offer, which is the whole point of building to measure rather than buying off the shelf.

Because the carcass, doors and drawers are built in the workshop in advance, installation itself is usually a single day: setting out the fixing line, hanging the ply backing or resin anchors, offering up and levelling the carcass, and fitting the countertop. We sequence the work so the plumber follows immediately after to make the basin, tap and waste connections, and the electrician (if lighting is included) completes the wiring before the plinth or under-unit panel is closed up. Sealant around the basin and any wall junction then needs a further day to cure properly before the bathroom is used hard — running the shower and splashing water around a fresh silicone joint too soon is one of the more common ways an otherwise good installation starts to look tired early.

A correctly specified floating vanity — moisture-resistant carcass, two-pack or oiled finish, appropriate countertop — should last as long as any other fitted bathroom furniture, typically fifteen to twenty-five years before a client chooses to update it for style reasons rather than because it has failed. The finish is the part that ages first: a two-pack sprayed finish will hold its sheen for many years with normal cleaning, while an oiled timber element benefits from a fresh coat every year or two on the top and every few years elsewhere. Hardware is worth checking annually — a loose hinge or a runner that has started to stick is a five-minute adjustment if caught early, and a much bigger job if left until it fails.

A floating vanity rarely sits in isolation — it is usually one element of a wider bathroom scheme that might include bath panelling, a boxed-in cistern, window boards or a run of wall panelling. Specifying all of these as part of the same joinery package means door profiles, paint colour and hardware can be matched exactly, so the room reads as one considered design rather than a vanity bought separately from everything else. Mirror and lighting positions are usually agreed alongside the vanity design too, since the mirror width and any demister pad or shaver socket need to land centrally over the basin, and an LED strip beneath the carcass — the classic hotel-style floating detail — needs its channel routed into the carcass before assembly, not retrofitted afterwards.

No finish, however well specified, performs to its full lifespan in a bathroom with no working extraction. A vanity installed in a room with a functioning extractor fan, ideally left running for fifteen to twenty minutes after a shower or bath, will hold its finish and its fixings far longer than the same unit in a room where steam is left to dissipate on its own. Where a bathroom is prone to condensation on the walls or ceiling, we would flag this before installation, since fixing an expensive vanity into a wall that already has a damp problem only stores up trouble for later — the underlying ventilation issue needs addressing first, not papered over by whatever joinery sits in front of it.

Tap, shower and drawer hardware finishes are worth coordinating deliberately rather than left to chance — brushed brass drawer pulls against a chrome tap and shower valve can look like an oversight rather than a decision. We usually agree the hardware finish for the vanity once the sanitaryware and taps are chosen, or, where the vanity is being fitted first, we specify hardware that is available in a range of finishes so it can be matched once the rest of the bathroom is confirmed.