Engineered Wood Flooring for Surrey and South London Homes

Plank width has a significant effect on how a room reads: narrower boards suit smaller or more traditional rooms, while wide planks, increasingly popular in open-plan and contemporary spaces, emphasise the natural grain and reduce the number of visible joins.

Wood grade describes how much natural character, knots, colour variation and grain figuring, is visible in the timber. Select or prime grade gives a calmer, more uniform appearance, natural grade sits in the middle, and rustic grade celebrates knots and colour variation for a more characterful floor.

Colour ranges from pale, Scandinavian-influenced tones to rich mid-browns and smoked or fumed finishes that darken the timber considerably; we consider colour alongside a room's light, aspect and existing joinery.

Lacquered finishes form a protective surface film that resists spills and is straightforward to maintain, making them a practical choice for busy households. Oiled finishes penetrate the timber for a more natural, matt appearance and are easier to spot-repair locally, though they need periodic reapplication.

Brushed finishes remove softer grain to accentuate texture underfoot and visually, often paired with an oiled or lacquered top coat.

The wear layer, the thickness of real timber above the plywood core, determines how many times a floor can be sanded and refinished over its life. A thicker wear layer offers greater longevity and is worth specifying in family homes or areas expected to see decades of use.

Engineered boards can be glued directly to the subfloor, floated over an underlay, or secretly nailed or screwed to battens or an existing timber subfloor, and the right method depends on the subfloor, whether underfloor heating is present, and the acoustic requirements of the property.

Glued installations generally give the best stability and are preferred over underfloor heating and in larger open-plan areas, while floating floors suit certain subfloor types and simplify future removal if needed.

Engineered wood is generally well suited to underfloor heating, provided the board's construction, total thickness and the adhesive used are all specified correctly, and provided the heating system is commissioned and its temperature gradually raised and lowered following manufacturer guidance rather than switched abruptly.

Because timber naturally expands and contracts with changes in humidity, an expansion gap is left around the perimeter of the room and at any fixed obstructions, later hidden by skirting or trim, allowing the floor to move slightly without buckling.

Maintaining relative humidity within the range recommended by the manufacturer, typically avoiding very dry or very damp conditions, helps prevent gapping in winter or cupping in more humid months.

Before installation we test subfloor moisture content, particularly on ground floors or over newly laid screed, since excess moisture beneath engineered wood can cause the timber to move, cup or delaminate over time.

Uneven subfloors are levelled with an appropriate smoothing compound, and any existing floor coverings or adhesive residue are assessed and removed as needed, so the new floor is laid on a sound, flat, appropriately dry base.

Engineered wood is straightforward to live with day to day, needing regular light cleaning and prompt attention to spills, with periodic maintenance depending on the finish chosen.