Herringbone flooring is a style of parquet where rectangular wood blocks are laid in a staggered zigzag pattern, with each block at a 90 degree angle to the adjacent block. The result resembles the skeleton of a herring fish — hence the name. It is one of the most popular flooring patterns in the UK and works well in hallways, living rooms and open-plan spaces. Herringbone is available in engineered and solid wood and requires specialist installation.
See full guide: Parquet and Herringbone Wood Flooring — Full Guide
Hardness in wood flooring is measured by the Janka hardness scale. The hardest commonly available species for UK flooring are hickory, wenge and Brazilian cherry, followed by hard maple and ash. European oak — the UK’s most popular flooring timber — sits in the mid-range and is hard enough for all domestic applications including hallways and kitchens. Avoid softer species like pine in high-traffic areas.
See full guide: Janka Hardness and Durability Ratings — Full Guide
Yes — wood flooring is widely regarded as a premium feature that adds value and buyer appeal. Estate agents in the UK consistently report that real wood floors are among the top features buyers look for. Engineered wood flooring throughout a property can increase perceived value and help a property sell faster, particularly in kitchens, living rooms and hallways.
A quality engineered wood floor with a wear layer of 4mm or more will last 30–50 years with proper care. The hardwood surface can be sanded and refinished multiple times over its life. Solid wood floors can last 100 years or more in the right conditions. The main factors affecting lifespan are wear layer thickness, species hardness, finish type, and how well the floor is maintained.
Engineered oak flooring is the most popular and practical choice for most UK homes. Oak is hard, durable and suits both traditional and contemporary interiors. An engineered construction with a 3–6mm wear layer on a birch plywood core performs well in the temperature and humidity fluctuations common in centrally heated UK properties. For rooms with underfloor heating, always choose engineered over solid wood.
Parquet flooring refers to wood flooring laid in a geometric pattern rather than in straight parallel planks. The most popular pattern in the UK is herringbone, where rectangular blocks are laid at 45 or 90 degree angles to form a zigzag effect. Other parquet patterns include chevron, brick bond and basket weave. Parquet is available in both solid and engineered wood and adds a premium look to any room.
See full guide: Parquet and Herringbone Wood Flooring — Full Guide
Yes. The surface of engineered wood flooring is genuine solid hardwood — the same oak, walnut or ash you would find on a solid wood floor. It is not a photograph or print. The difference is in the construction beneath the surface, where a stable plywood core replaces the full timber plank. You are walking on real wood.
Solid wood flooring is a single plank of timber from top to bottom — typically 18–22mm thick. Engineered wood flooring has the same real hardwood surface but is built on a layered plywood core. This makes engineered wood more dimensionally stable, compatible with underfloor heating, and suitable for concrete subfloors. Solid wood is more susceptible to movement in centrally heated UK homes and cannot be installed over most underfloor heating systems.
See full guide: Solid Wood vs Engineered Wood vs Laminate — Full Comparison
Engineered wood flooring is real wood flooring made from a genuine hardwood surface layer bonded to a stable core of cross-ply birch plywood or HDF. The top layer — called the wear layer — is the wood you see and walk on. Beneath it, the layered core resists the expansion and contraction caused by central heating and humidity changes, making it better suited to UK homes than solid wood in most installations.
See full guide: What Is Engineered Wood Flooring — Full Guide
Pre-finished flooring — boards that arrive factory-coated and ready to walk on — is almost always the better value choice for domestic installations. Although unfinished boards have a lower per-metre cost, the labour and materials required to sand, finish and cure the floor on site typically make the total project cost higher. Factory finishes are also harder-wearing than site-applied finishes in most cases. Unfinished wood is mainly used in restoration projects where matching an existing floor’s finish is essential.
FSC stands for Forest Stewardship Council — an international certification body that independently verifies timber products come from responsibly managed forests. An FSC-certified wood floor gives assurance that the timber has been harvested in a way that protects biodiversity, workers’ rights and the long-term health of the forest. PEFC (Programme for the Endorsement of Forest Certification) is a similar certification. Both are accepted in UK green building standards. Look for the FSC or PEFC logo on product packaging when comparing suppliers.
See full guide: Sustainability and Environmental Certifications — Full Guide
Measure the length and width of the room in metres and multiply them together to get the square meterage. For rooms with alcoves or bay windows, measure each section separately and add them together. Always add a minimum of 10% to your total for cutting waste — increase this to 15% for herringbone or diagonal laying patterns. Round up to the nearest full pack, as flooring is sold in packs with a fixed coverage. Order slightly more than you think you need — dye lots change and it may be impossible to match boards exactly if you run short later.
Professional installation of wood flooring in the UK typically costs between £15 and £30 per square metre for labour, depending on the installation method. Floating installation is at the lower end; glue-down is mid-range; herringbone or parquet installation is at the higher end due to the time required. Additional costs to factor in include subfloor preparation (levelling, DPM), removal and disposal of existing flooring, door trimming, and beading or skirting boards. Always obtain at least three quotes and ensure the installer is experienced with the specific product and method you have chosen.
See full guide: Wood Flooring Cost Guide UK — Full Price Breakdown
Wood flooring costs in the UK vary widely depending on product type and quality. As a rough guide: engineered wood flooring ranges from approximately £20 to £90 per square metre for the boards alone. Solid wood flooring ranges from approximately £30 to £60 per square metre. Parquet and herringbone formats typically cost £20 to £50 per square metre for the boards but significantly more to install due to the complexity of the laying pattern. VSPC flooring sits between £15 and £35 per square metre. Professional installation adds a further £15 to £30 per square metre depending on the method and floor complexity.
See full guide: Wood Flooring Cost Guide UK — Full Price Breakdown
Yes — always. Wood expands and contracts with changes in temperature and humidity. An expansion gap of at least 10–15mm must be left around all fixed objects: walls, door frames, pipes and islands. Without this gap, the floor has nowhere to move and will buckle or crack. The gap is hidden by skirting boards or beading after installation. Never nail or glue the floor into the expansion gap.
Herringbone flooring requires careful planning before a single board is laid. Start by finding the centre of the room and marking a reference line at 45 degrees to the longest wall. Dry-lay several rows first to check the pattern and identify where cuts will fall at the borders. Because every board is cut at 45 degrees, herringbone generates significantly more waste than straight lay — allow 15–20% extra material. Professional installation is strongly recommended for herringbone patterns.
See full guide: Installation Guide for Herringbone Wood Flooring — Download PDF
The type of underlay you need depends on your installation method and subfloor. For floating engineered wood over concrete, use a combined vapour barrier and foam or felt underlay, typically 3–5mm thick. For floating over timber, a standard foam or felt underlay without a vapour barrier is usually sufficient. If you have underfloor heating, use a thin, low-tog underlay specifically rated for use with UFH — standard thick underlays will insulate the heat and reduce efficiency. Never use underlay with glue-down installations.
See full guide: Wood Flooring Underlay Guide
Floating engineered wood flooring with a click system is one of the more DIY-friendly floor installations and can be tackled by a competent home improver with the right tools. However, subfloor preparation, moisture testing and getting the layout right are critical and are where most DIY installations go wrong. Glue-down, nail-down and herringbone or parquet installations are best left to a professional fitter. Always read the manufacturer’s installation guide before starting.
See full guide: DIY vs Professional Fitting — Full Guide
It depends on your subfloor and the specific product. Floating installation — where boards click or are secretly nailed together without being fixed to the subfloor — is quicker, DIY-friendly and reversible. It is suitable for most domestic applications on both concrete and timber subfloors. Glue-down installation bonds the boards directly to the subfloor and gives a more solid, permanent feel underfoot. It is preferred for underfloor heating, large open-plan areas and commercial environments.
See full guide: Floating vs Glue-Down vs Nail-Down — Full Comparison
Yes, in most cases engineered wood flooring can be laid over existing ceramic or porcelain tiles, provided the tiles are firmly bonded, flat and in good condition. Loose, cracked or hollow tiles must be removed and the surface made good first. Bear in mind that laying over tiles raises the floor height, which may affect door clearance, skirting boards and transitions to adjacent rooms. Always check the total height implication before proceeding.
Most engineered wood flooring should be left to acclimatise in the room where it will be installed for a minimum of 48–72 hours before fitting. Some manufacturers recommend up to 7 days for solid wood. The boards should be left in their packaging, stacked flat in the room at normal living temperature (between 15 and 22 degrees Celsius) and humidity. Skipping acclimation is one of the most common causes of gapping, cupping and installation failure.
Subfloor preparation is the most critical step in any wood floor installation. The subfloor must be clean, dry, flat and structurally sound. For concrete subfloors, check moisture levels with a hygrometer — relative humidity must be below 75% or use a surface DPM. Level any high spots with a grinder and fill dips with a self-levelling compound. The tolerance is typically no more than 3mm variation over a 1.8 metre span. For timber subfloors, check for flex, squeaks and protruding nail heads before laying.
See full guide: Subfloor Preparation — Full Guide
Yes — engineered wood flooring is compatible with most underfloor heating systems, provided you follow the correct specification. The maximum surface temperature should not exceed 27 degrees Celsius. The floor must be heated up gradually before and after installation using a commissioning procedure. Solid wood flooring is generally not recommended over underfloor heating as it is more susceptible to movement. Always check the manufacturer’s specific UFH guidelines before purchasing.
See full guide: Wood Flooring and Underfloor Heating — Full Guide
Light surface scratches on oiled floors can often be treated with a small amount of maintenance oil rubbed in with a cloth — the oil fills the scratch and blends it into the surrounding surface. For lacquered floors, a colour-matched repair pen or wax filler stick can minimise the appearance of light scratches. Deep scratches or dents that penetrate the wear layer may require localised sanding and re-finishing, or in severe cases a board replacement. Address scratches early before they accumulate.
See full guide: Scratches, Dents and Stains — Repair Guide
For oiled floors in a typical domestic setting, re-oiling is recommended every 1–3 years depending on traffic. High-traffic areas such as hallways and kitchens may need attention annually. Lacquered floors require less frequent maintenance — a full re-lacquer is typically needed every 8–12 years, though the floor may benefit from a maintenance coat every few years. Watch for areas where the finish looks dull, dry or worn as the trigger for re-finishing.
No. Steam mops should never be used on real wood flooring — solid or engineered. The combination of heat and moisture penetrates the surface finish, causes the wood grain to raise, promotes swelling at board joints and can permanently damage the floor. This applies even to floors marketed as water-resistant. Use a well-wrung damp mop and a pH-neutral wood floor cleaner instead.
The following should never be used on real wood floors:
Re-oiling is straightforward on a maintained floor. Clean the floor thoroughly first and allow it to dry completely. Lightly abrade the surface with a fine-grit pad or maroon abrasive. Apply a thin coat of the manufacturer’s recommended maintenance oil using a flat applicator or cloth, working in the direction of the grain. Buff off any excess before it dries. The process typically takes a few hours for an average room and can be done section by section without moving all the furniture at once.
See full guide: Re-Oiling and Re-Finishing Wood Floors — Full Guide
Yes — if the wear layer is thick enough. A wear layer of 2mm can be lightly sanded once. A wear layer of 4–6mm can typically be sanded and refinished two to four times over the floor’s life. You cannot sand engineered wood down to the core — once the wear layer is gone, the floor needs replacing. Always check the wear layer specification before purchasing if refinishing is a priority for you.
See full guide: Sanding and Restoring Wood Floors — Full Guide
For daily cleaning, use a dry microfibre mop or a soft-bristle brush to remove dust and grit. For deeper cleaning, use a pH-neutral wood floor cleaner diluted in water with a well-wrung mop — never use a soaking wet mop on wood floors. Avoid steam mops, bleach, vinegar, wax on lacquered floors, and any abrasive cleaners. The cleaning routine differs slightly between oiled and lacquered floors — oiled floors benefit from regular use of an oil soap cleaner.
See full guide: How to Clean Wood Floors — Full Care Guide
All real wood floors change colour over time — this is a natural characteristic of timber, not a defect. UV light from windows and doors causes the most significant colour change. Oak, for example, typically darkens and warms with age. Fading or uneven colour change is most noticeable when furniture is moved after years in the same position. To minimise uneven fading, use rugs in front of windows, rotate furniture positions occasionally, and use UV-filtering window film or blinds in rooms with strong direct sunlight.
Act quickly. Remove standing water immediately with dry towels or a wet vacuum. Move any furniture and increase air circulation with fans and dehumidifiers. Do not use a heat gun or steam as this will cause further damage. Once dry, assess the extent of the damage — minor staining on an oiled floor may be treatable with localised sanding and re-oiling. Significant swelling, cupping or structural damage will require board replacement. If the water damage was caused by a plumbing leak or flood, contact your insurer before carrying out any repairs.
See full guide: Water and Moisture Damage — Full Guide
Cupping — where board edges are higher than the centre — is caused by moisture imbalance: the underside of the board is absorbing more moisture than the top. Common causes include a damp subfloor, a missing or inadequate vapour barrier on a concrete subfloor, a plumbing leak, or the floor being installed in conditions that were too wet. In many cases, if the moisture source is identified and removed quickly, mild cupping will reverse naturally as the floor dries out. Severe or permanent cupping requires professional assessment.
See full guide: Cupping and Warping — Troubleshooting Guide
Small gaps between boards during winter are normal seasonal movement and will typically close again as humidity rises in spring and summer. Wood shrinks when the air is dry — central heating in winter is the main cause in UK homes. If gaps are large, permanent or appeared soon after installation, the cause may be inadequate acclimation before fitting, a subfloor that was too wet, or central heating that is too aggressive. A humidifier can help stabilise the indoor environment and reduce seasonal movement.
See full guide: Gaps and Shrinkage — Troubleshooting Guide
Creaking wood floors are almost always caused by movement between surfaces — boards rubbing against each other, against the subfloor, or against fixings. In floating floors, the most common cause is an uneven subfloor with high spots causing individual boards to flex under load. Other causes include boards that were installed too tightly without adequate expansion gaps, or a timber subfloor with loose boards underneath. In most cases, creaking can be reduced by identifying the specific boards causing the noise and addressing the subfloor beneath them.
See full guide: Creaking and Movement — Troubleshooting Guide
Yes — real wood stair treads and risers are a popular and premium choice. However, stair installation is significantly more complex than flat floor installation and should always be carried out by a professional. Each tread requires a nosing — a specially profiled edge piece — to meet building regulations and safety standards. Engineered wood is preferred on stairs as it is less likely to move and split. Allow extra budget: stair fitting typically costs more per metre than flat floor fitting.
See full guide: Room-by-Room Buying Guide
For high-traffic areas such as hallways, kitchens and open-plan living spaces, choose a hard species (oak at minimum, ash or hickory for maximum durability), a wear layer of at least 4mm on engineered boards, and a durable surface finish. UV-cured lacquer offers the hardest surface protection. Wider boards in a rustic or natural grade hide scuffs and wear better than narrow pale boards that show every mark.
Wood flooring can work well with pets, but requires some consideration. Dog claws, particularly on larger breeds, can scratch softwood species. Choose a hard species such as oak or hickory and a hardwax-oil finish — oiled floors are easier to spot-repair than lacquered floors. Keep pet nails trimmed, use rugs in areas where pets rest or play, and address any accidents immediately as pet urine is particularly damaging to wood floors if left.
Hallways require the most durable wood flooring in the home due to constant foot traffic, dirt and the abrasion of door movement. Choose a hard species — oak, ash or hickory — with a tough surface finish such as UV lacquer or hardwax oil. Wider boards tend to show less dirt between joints. Engineered wood is preferred over solid in hallways due to its stability, particularly near exterior doors where temperature and humidity fluctuations are greater.
See full guide: Room-by-Room Buying Guide
It is generally not recommended to use solid or engineered wood flooring in a conservatory. Conservatories experience extreme temperature swings — very hot in summer, cold in winter — and high humidity, all of which cause excessive expansion and contraction in real wood. Even engineered wood will struggle in this environment without effective heating, cooling and ventilation control. VSPC or porcelain tiles are more practical choices for conservatories.
Traditional real wood flooring — solid or engineered — is not recommended for bathrooms due to the high humidity and direct water contact. If you want a wood look in a bathroom, VSPC (Virgin Stone Polymer Composite) or LVT (luxury vinyl tile) flooring offers genuine wood-effect visuals with full waterproofing. Some manufacturers produce bathroom-specific engineered boards with enhanced moisture protection, but these require very careful installation and ongoing maintenance.
Yes — engineered wood flooring is a popular and practical choice for UK kitchens. Its layered construction is more resistant to the moisture and temperature fluctuations of a kitchen environment than solid wood. Choose a product with a durable surface finish, use rugs near the sink and dishwasher, and clean up spills promptly. Solid wood is not recommended for kitchens. For households with very young children or frequent heavy spillage, VSPC flooring may be a more practical alternative.
See full guide: Room-by-Room Buying Guide