Engineered and solid wood flooring are both made using genuine wood, so once installed they can look very similar. The main difference is their construction: solid wood flooring is made from a single piece of timber, while engineered wood has a real hardwood surface supported by multiple layers beneath it.

This difference affects how the floors respond to temperature and humidity, where they can be installed, compatibility with underfloor heating and how often they can be refinished.

Engineered wood offers greater stability and versatility, while solid wood offers traditional construction and greater refinishing potential.

Choose engineered wood if you want:

• Greater stability
• Underfloor heating compatibility
• Installation flexibility
• Genuine real wood
• Suitability for more areas of the home

Choose solid wood if you want:

• Solid timber throughout
• Maximum refinishing potential
• Traditional construction
• Exceptional longevity

For most modern homes, engineered wood is the more versatile choice. Solid wood is particularly appealing if traditional solid-timber construction and long-term refinishing potential are your priorities.

The biggest difference between engineered and solid wood flooring is how each plank is constructed.

Solid wood flooring is exactly what its name suggests: each board is manufactured from a single piece of solid timber.

Engineered wood flooring is also real wood, but instead of being timber throughout, it has a genuine hardwood wear layer supported by multiple layers beneath it. This layered construction is designed to provide greater dimensional stability.

That means engineered wood generally expands and contracts less in response to changes in temperature and humidity. As a result, it can be suitable for environments and installation methods where solid wood may be more restricted.

Importantly, engineered wood isn't an imitation of real wood. The surface you see and walk on is genuine timber, giving it the same natural grain, knots and colour variation associated with solid wood.

Engineered wood → greater stability and versatility.

Solid wood → more timber and greater refinishing potential.

Neither is universally better, but engineered wood is generally more versatile. Its layered construction gives engineered flooring greater dimensional stability, meaning it responds better to changes in temperature and humidity than solid timber. This can make it suitable for underfloor heating and a wider range of installation environments, subject to individual product specifications.

Solid wood's advantage is its construction. Because each plank is timber throughout, it generally provides greater scope for sanding and refinishing over its lifetime.

Best for stability → Engineered wood

Best for underfloor heating → Usually engineered wood

Best for refinishing potential → Solid wood

Best for traditional solid-timber construction → Solid wood

Best all-round option for many modern homes → Engineered
wood

Both can provide excellent longevity when correctly installed and maintained.

Solid wood generally has the advantage for repeated restoration because there is more timber available to sand and refinish.

Engineered wood can also be refinished, but this depends on the thickness of its real-wood wear layer and the manufacturer's specification.

Engineered wood has the advantage. Its layered construction reduces the amount the board naturally expands and contracts as temperature and humidity change.

Solid timber naturally experiences greater movement, so installation conditions and expansion requirements become particularly important.

Engineered wood is generally the better choice for underfloor heating. Its layered construction provides greater dimensional stability as floor temperatures change. Solid wood is more sensitive to temperature fluctuations and compatibility is therefore more restricted.

With the exception of Junckers floors, solid wood floors are not recommended for use with underfloor heating. This means you can lay engineered flooring in rooms where solid wood flooring could be damaged, such as conservatories, basements and rooms with underfloor heating

Always check the individual flooring and heating-system specifications before installation.

Engineered wood generally handles changes in environmental moisture better, but that doesn't mean all engineered flooring is waterproof.

Both products contain genuine timber, and water suitability varies between ranges. For kitchens, bathrooms or other moisture-prone areas, always choose a product specifically approved for that environment.

Stability around moisture → Engineered wood

Waterproofing → Product-specific

Engineered wood generally offers greater installation flexibility. Depending on the product, engineered flooring may offer floating, click or adhesive installation options.

Solid wood installation can be more restrictive because natural timber movement needs to be carefully managed.

There isn't always a clear winner on price.

Costs vary considerably according to wood species, grade, board dimensions, finish and construction. Premium engineered flooring can cost more than some solid wood products and vice versa.

Solid wood flooring starts from £40.99 per m², whilst engineered wood starts from £24.00 per m².

Engineered Wood Flooring

Natural variation is part of the look
As the surface is real wood, colour, grain and knots naturally vary between boards, making every finished floor slightly different.

It needs a little more care
Engineered wood benefits from suitable cleaning products and prompt attention to spills to help keep the natural surface looking its best.

Scratches can become part of its character
Real wood can pick up small marks over time, particularly in busy homes, although many engineered floors can be refinished depending on their wear layer.

Expect some natural movement
Wood naturally responds to changes in temperature and humidity, so correct installation and expansion gaps are important for long-term performance.

Solid Wood Flooring

Acclimatisation shouldn't be rushed
Solid wood generally needs time to adjust to the conditions of the room before installation, helping it settle into its new environment.

Small marks can add character
Everyday use can leave scratches and marks on real wood, although solid boards can typically be sanded and refinished multiple times.

Every board is genuinely unique
Made from solid timber throughout, natural differences in grain, knots and colour give each floor its individual character.

Natural movement is normal
Solid wood responds naturally to temperature and humidity, making correct installation and expansion gaps particularly important.

If you're considering engineered wood, you may also have looked at LVT or laminate flooring. The biggest difference is authenticity: engineered flooring has a genuine timber surface, while LVT and laminate recreate the appearance of wood using a decorative design.

Engineered wood flooring combines real wood with a layered construction, offering natural grain and character alongside greater dimensional stability than traditional solid timber.

Laminate flooring is a more affordable alternative with excellent scratch resistance and highly realistic wood designs. However, unlike engineered wood, it cannot normally be sanded or refinished.

LVT flooring
prioritises practicality, offering excellent water resistance and straightforward maintenance alongside a wide choice of realistic wood effects.

How Do They Compare?

• Engineered wood: best for genuine timber character and potential refinishing.
• Laminate: best for value and scratch-resistant everyday practicality.
• LVT: best for water resistance and versatile room suitability.

If having real wood underfoot is important to you, engineered flooring is the natural choice of the three. If practicality or budget takes priority, LVT and laminate provide excellent alternatives.