RK Flooring supplies and fits herringbone flooring across Brentwood, Shenfield, Hutton and the surrounding CM13, CM14 and CM15 postcodes, in solid oak, engineered oak and luxury vinyl tile. Budget between £85 and £160 per square metre supplied and fitted, and understand from the outset that the subfloor beneath the pattern decides whether it still looks right in five years.
What herringbone flooring costs in Brentwood
Materials and labour move independently, so it helps to price them separately rather than accepting a single figure and hoping it covers everything. Engineered oak blocks in the common 90mm by 400mm format start at roughly £45 per square metre and rise beyond £110 for wider, thicker blocks carrying a 6mm wear layer. Solid oak parquet occupies a similar bracket for materials but costs more to fit, because it needs longer acclimatisation and tighter control of site conditions. Herringbone LVT generally sits between £45 and £75 per square metre, which is why it tends to win in kitchens and utility rooms where a spill is only a matter of time.
Labour is where herringbone parts company with plank flooring. Glue-down fitting usually runs from £35 to £60 per square metre against £20 to £30 for a straightforward plank floor, because the pattern multiplies the number of cuts, demands a setting-out line accurate to a millimetre or two, and offers nowhere to hide a drift once the first dozen rows are bonded. You should also order 10 to 15% more material than the room measures, since perimeter cuts on a 45 degree pattern produce considerably more waste than a straight lay.
The costs most commonly missing from a cheap quotation are the preparation ones. Latex levelling compound adds around £8 to £15 per square metre, a plywood overlay on a timber floor adds £15 to £25, and a liquid damp proof membrane over a concrete slab adds £10 to £20. A quote that leaves these out is not a cheaper quote, only an incomplete one, and the gap tends to appear as a variation once the fitters are already on site.
Solid oak, engineered oak or LVT herringbone
Solid oak blocks remain the right choice for a period property being taken back towards its original specification, since a 20mm block can be sanded several times across its life and will outlast most of the house’s other finishes. The trade-off is movement, because solid timber responds to every seasonal shift in humidity, which rules it out over underfloor heating and makes it a poor candidate for a kitchen or a large south-facing glazed extension.
Engineered oak resolves most of that by bonding a 4mm or 6mm oak wear layer onto a stable plywood core, giving you an identical surface, two or three sandings over its life, and far less seasonal movement. For the majority of Brentwood projects we specify engineered herringbone, and we recommend solid only where the property, the subfloor and the heating arrangement all genuinely suit it.
Herringbone LVT deserves judging on its own terms rather than as an imitation of wood. It is waterproof, thin enough to sit under existing door frames without much trimming, quiet underfoot, and it conducts heat efficiently from an underfloor system. What it will not do is take a sanding, so damage is repaired by lifting and replacing individual planks, which is why we leave a small box of spare stock with every LVT installation and record the batch reference.
Brentwood subfloors and why they dictate the specification
Suspended timber floors in older properties
A great deal of the housing around Warley, Pilgrims Hatch and the older streets close to the High Street sits on suspended timber floors, and herringbone cannot be bonded directly to floorboards. The boards move independently of one another, the joints telegraph through the pattern within a year or two, and the adhesive is asked to hold across a substrate that will not stay still. The answer is a 6mm or 9mm plywood overlay screwed down at close centres across the full area, which produces a flat and stable surface to bond to. It also lifts the finished floor by around 20mm, so door undercutting and threshold levels want agreeing before anything is ordered, particularly where a hallway meets a tiled porch or a stair nosing. Underfloor ventilation has to be preserved throughout: airbricks stay clear and the void stays vented.
Concrete slabs in newer builds and extensions
Shenfield, Hutton, Ingatestone and the newer developments around the town centre are more likely to sit on concrete, as is almost every rear extension built in the past twenty years. Concrete holds construction moisture for a long time, and a slab that feels dry to the hand can still carry enough water vapour to lift a wood floor clean off its adhesive. We take a relative humidity reading with a hygrometer sealed to the slab and left to equilibrate for 72 hours, and we want a figure below 75% RH before bonding engineered wood, or lower again where the adhesive manufacturer specifies it. Where a slab reads high, a two-part epoxy surface damp proof membrane brings it into range within a day, and that cost is a small fraction of relaying a failed floor.
Flatness matters as much as moisture. We work to a tolerance of 3mm under a 2m straightedge and correct anything outside it with a levelling compound before setting out, because a hollow beneath a herringbone pattern first announces itself as a dull, hollow-sounding patch and later as a run of failed bonds.
Herringbone flooring and underfloor heating
Only engineered wood and LVT belong over underfloor heating, and the heating itself needs commissioning before the floor goes down rather than after. That means bringing the temperature up in stages across several days, holding it, then bringing it back down, which drives residual moisture out of the screed and proves the system works while it is still accessible. Once the floor is fitted, the surface temperature should never exceed 27°C. That figure is a manufacturer limit rather than a suggestion, and exceeding it is the single most common cause of the gapping and cupping we are called out to inspect. Thick rugs create the same problem in miniature by trapping heat in one spot, so keep them thin or keep them off.
Herringbone or chevron
The two patterns are used interchangeably in conversation and they are not the same thing. Herringbone blocks have square-cut ends and are laid at right angles to one another, so each block meets the side of its neighbour and the pattern steps in a staggered zigzag. Chevron blocks are cut at an angle, usually 45 or 60 degrees, and meet point to point to form continuous unbroken lines running the length of the room.
Chevron typically costs more in materials, because the angled cuts generate more waste at the factory, and it is markedly less forgiving on site since any error in the setting-out line travels visibly down the whole floor. Herringbone copes better with period properties and awkward room shapes; chevron reads as more contemporary and wants a long, regular room to show what it can do.
Finishes, colour and how the floor will actually look
Almost all engineered herringbone arrives pre-finished, and the choice between oiled and lacquered has practical consequences rather than purely aesthetic ones. Oiled floors sit into the grain, can be repaired locally by cleaning and re-oiling the affected area, and want refreshing periodically in a busy hallway. Lacquered floors resist marking better and need nothing beyond routine cleaning, but once the lacquer wears through, usually by a back door or at the foot of the stairs, the repair is a full sand and recoat of the room rather than a patch.
Colour is where clients most often change their minds after fitting, which is the expensive point at which to do it. A smoked or fumed oak absorbs a surprising amount of light and can make a north-facing sitting room feel smaller than the sample suggested, so we leave large samples on site and ask people to look at them in the actual room, at the times of day it gets used.
How we fit herringbone flooring in Brentwood
- Survey and measure, including hygrometer readings on concrete, a flatness check with a 2m straightedge, and confirmation of door and threshold heights.
- Correct the subfloor, whether that means a plywood overlay, a levelling compound, a surface DPM or all three.
- Acclimatise the material in the room it will be fitted in, at normal living temperature and humidity.
- Set out from centre lines, dry-laying the first rows and agreeing the pattern direction with you before any adhesive is opened.
- Bond the blocks with a flexible MS polymer adhesive, leaving a proper perimeter expansion gap of 10 to 15mm.
- Finish the edges with scotia, skirting or a shadow gap as agreed, fit thresholds, and clean the floor down before handover.
Before you accept any quotation for herringbone flooring in Brentwood, ask the fitter what your subfloor reads. If you are given a price without a moisture reading, a flatness check and a decision on how the perimeter will be finished, you are being quoted against an assumption, and the difference will surface later either as a variation or as a floor that fails outside its warranty. We work throughout Brentwood from our base in Chelmsford, we survey free of charge, and we will tell you plainly when a room is not a good candidate for a wood floor at all.