Stone bar tops in North Ealing

Yes. North Ealing is on the patch, and the postcodes we work here are W5. It is worked on our west London run, along with the rest of Ealing. Deep gravel takes the wheels of a loaded trolley and holds them, so either boards go down or the pieces are carried. A bar fit runs longer than a worktop run, because the frame, the support and the stone are three stages and only the last of them is quick. A bar top left on a pavement is a bar top with a chipped nose. There is nothing to drive to and nothing to pick up, because both visits are to the property itself.

Arts and Crafts houses have deep eaves, low windows and inglenook recesses, so the kitchen has more corners and reveals than its floor area suggests. Lengths run past what a single slab gives, so a break is designed in from the start, placed over support and kept clear of every stool position before anything is nested. A breakfast counter on an end is still an overhang problem. A chimney breast left in place splits a wall into two alcoves, and the two are rarely the same width and rarely parallel to each other. On a bar that counts twice over, because the same obstruction has to be cleared by the stone above it and by the knees of whoever is sitting at it. A column in the middle of a bar is a decision, not a surprise.

The tail lift is still the pinch point, because the piece has to be walked off it onto the trolley while it is sitting at chest height. That matters more on a bar than on a run, because a join forced by the way in cannot be allowed to land in the unsupported part of the nose. The nose is the corner that gets caught, so it travels padded. Block paving bedded on sand can rut under a fully loaded van, and that is said to the customer beforehand rather than explained afterwards. That has to cover more than the unload, since the corbels, the flat bar and the fixings all come off the van well before the top does. What comes off the van first is whatever holds the top up.

Not particularly. It would be easy to say yes and leave it there. What the research on this patch actually lists is worktop fabrication, worktop installation and worktop design & quotation. That is about what people have here rather than how it gets done. It is quoted, cut and fitted exactly the same way here as anywhere else on the patch. Two households cooking in one kitchen means two of most things, and the run has to carry a second sink or a second oven without losing its working length. A bar is nearly always the last thing added to a project, so it is templated on a visit of its own once the joinery around it has stopped moving. A bar in constant use is a maintenance decision as well. An annexe kitchen is often built to keep a parent independent, so worktop height and reach matter as much as the material does. Where the same detail is repeating across several rooms the support gets standardised once and then cut to length, which is cheaper than drawing it each time. One detail across several rooms keeps the fixings the same.

A hob cut-out and the floor penetration feeding it have to land over the same cabinet, and where they do not it is the stone that gets redrawn rather than the pipework. A bar laid over that is a second level rather than a wider one, so it wants a spine underneath it and a settled detail where the two heights meet. The stool positions go on the drawing before the join does. Material runs £110 to £550 per square metre supply only, and templating, fabrication and fitting each get their own line.

Alcove pieces get cut oversize on both scribe edges, with the true wall angles carried on the template drawing rather than assumed. Where the nose has to be carried past something fixed the support moves rather than the stone, since a corbel landing in the knee space is worse than no corbel at all. The stone is cut to the obstruction as found. Send the bar layout with the rear counter and any sink marked, the seating side and stool count, and the edge profile you want on the front. Owner-occupied kitchens are usually being done once, which is why the edge profile, the vein direction and where a join falls are worth the conversation. A home bar is discretionary work, so the edge profile, the corbel detail and the radius on the nose are worth settling properly rather than defaulting to whatever is quickest. A bar is permanent joinery with stone on top of it.

An island is where this usually shows, standing free with no wall to level against. A long top on units that were shimmed once and never checked is the commonest version of this, and it is cheap to fix beforehand. Levelling belongs in the carcasses, on their own legs and packers. Where a breast interrupts a long wall the join can often go there, so it reads as a natural break rather than a line in the middle of a worktop. Anything that puts a notch in a bar takes material out of the piece at the point people lean on it, so the notch and the support are drawn together or not at all. What carries the overhang is fixed to structure, not to lining.

Bleach and limescale remover harm a polished finish rather than clean it, whichever material is on the units. Topping a seal up is a wipe-on job with a cloth. Upkeep is settled when the slab is chosen, since it belongs to the material rather than the fabrication. Handmade brick and lime plaster move visibly along a run, and a straight-cut back edge shows it immediately. There is normally room here for a genuine bar rather than a seating overhang, which means a rear counter, a small sink and a run of shelving all drawn as one piece of joinery. A bar built as furniture is templated as furniture.

Join count and position are settled from the template drawing rather than improvised on the fitting day. Join count is a question about slab size and run length, nothing else. Each join is an item on the drawing, so the layout and the figure move together. Sockets set into the end panel keep the top clear, but they sit below the stone and are cut into the panel by the fitter rather than machined into the worktop. Where the counter runs flush with the working surface instead of standing above it the whole thing becomes one plane, which looks better and doubles the unsupported span. A flush bar is one plane and twice the overhang problem.

Every piece goes in by hand and stone does not bend, so the tightest turn on the route sets the longest piece. What decides it is not the width of the stairwell but the length of piece that can be turned in it. The lift, if there is one, is measured on the diagonal, because that is the dimension a long piece actually uses. Suction lifters need a clean dry face to hold, so in the wet the pads come off and the piece goes back to being carried on webbing by hand. The steel and the corbels travel that same route and go in first, so a bar is three separate carries into one room rather than a single delivery. Steel for the overhang is carried in and fixed before the stone.