Engineered Hardwood
For a real-wood look and feel with better dimensional stability than solid hardwood — works over concrete, tolerates more humidity swings.
Runner-up: Luxury Vinyl Plank / Rigid Core · Retake the quiz
Why this fits you
- You want genuine wood, not a photo layer, and engineered construction resists the warping solid wood can't.
- Your subfloor situation (concrete, or below grade) rules out solid hardwood but not engineered.
- You're willing to spend more than laminate or vinyl for real wood underfoot.
Engineered hardwood is real wood, not a photograph of wood: a solid hardwood veneer, usually 1/16 to 1/4 in thick, bonded to a plywood or composite core in cross-layered plies. That layered construction is what makes it far more dimensionally stable than solid hardwood, since the layers run in alternating grain directions and resist the expansion and contraction that causes solid wood to cup or gap with humidity changes.
Because it's more stable, engineered hardwood can go in rooms and over subfloors solid hardwood generally can't — over concrete slabs, in basements (with a moisture barrier), and in homes with less consistent climate control. It installs as either a nail-down, glue-down, or floating click floor depending on the product, giving more installation flexibility than solid wood.
The veneer thickness matters for its lifespan: a thicker top layer (3mm or more) can be sanded and refinished once, sometimes twice, while a thin veneer (0.6-1mm) usually can't be refinished at all once it wears through.
How it compares
| Real wood | Yes, veneer layer | No, photo layer | No, vinyl | Yes, solid |
| Works over concrete | Yes | Yes | Yes | Not recommended |
| Refinishable | Once or twice, if veneer is thick | No | No | Multiple times |
| Cost per sq ft | $4–$10 | $1.50–$4 | $2–$7 | $6–$15 |
Buying checklist
- Check veneer (wear layer) thickness — 3mm+ if you want to refinish later
- Confirm the specific install method matches your subfloor
- Ask about the moisture barrier if installing over concrete or in a basement
- Acclimate the boards per the manufacturer's instructions before install
- Choose a finish (site-finished vs. factory pre-finished) based on your timeline
When this isn’t the right fit
Engineered hardwood is not the pick for a tight budget or for a wet room such as a bathroom, where it can swell. The thickness of the real-wood layer also limits how many times it can be refinished, and cheaper products can have a very thin one.
Other results from this quiz may suit your situation better:
- Solid Hardwood: for a dry living area or bedroom where resale value and the ability to refinish for decades matter most.
- Porcelain Tile: for kitchens, bathrooms, or anyone who wants a tile or stone look with essentially zero water concern.
- Waterproof Laminate: for a living space that wants a wood look on a moderate budget with a bit more moisture protection than standard laminate.
- Sheet Vinyl: for a tight budget and a room where a fully sealed, seamless waterproof surface matters more than a premium look.
- Luxury Vinyl Plank (LVP) / Rigid Core: for a wet-prone room, a house with pets, or a basement, LVP is the floor that shrugs off water and takes a beating.
Roofing, siding, flooring and painting jobs involve falls, dust and, in older houses, lead and asbestos. Use fall protection and dust protection, test old materials before you disturb them, and check local code and permits.
Run the numbers
Frequently asked questions
Can engineered hardwood be refinished like solid wood?
Only if the veneer (top wear layer) is thick enough, typically 3mm or more — thinner veneers can be lightly screened and recoated but not fully sanded. Check the spec sheet before assuming it can be refinished multiple times.
Is engineered hardwood as durable as solid hardwood?
The wear surface performs similarly since it's the same wood species, but its long-term refinishing life is more limited than solid hardwood's, which can typically be refinished many times over decades.
Can I install engineered hardwood over radiant heat?
Many engineered hardwood products are rated for radiant heat because their layered construction resists the expansion/contraction that would be a bigger problem for solid wood — confirm the specific product's radiant heat rating before installing.
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