Engineered Hardwood near you

Every engineered board is a sandwich. The wear layer on top is real hardwood: the part you see, walk on and may one day sand. Beneath it, the core keeps the board stable, and on many products a backing layer balances the board so it stays flat. How each layer is made shapes the floor's look, its sound underfoot and its tolerance for moisture.

Engineered wood's stability is why it's often the only real wood a manufacturer approves in these places, but every approval comes with conditions written into the installation instructions. Read them for the exact product before buying: two floors that look alike can have different limits.

The subfloor usually picks the method. The manufacturer lists the methods each product allows, and using another one can void the warranty.

The wear layer decides how long the floor can be renewed rather than replaced. Manufacturers state its thickness on the specification sheet: a thicker layer generally leaves room for one or more full sandings later, while a thin one may only ever be recoated. Neither is a wrong choice. A thin layer can suit a rental or a floor you expect to change, and a thick one suits a house you plan to keep for a long time.

Other details affect refinishing too. Pronounced bevels have to be sanded down to disappear, which uses up the wear layer quickly, and a hand-scraped or wire-brushed texture is hard to bring back after sanding. Oiled floors can often be refreshed in spots, while lacquered floors are usually buffed and recoated room by room. Keep a box label or the product sheet: whoever refinishes the floor one day will need it.

Engineered wood moves less than solid wood, but it still moves, and its wear layer can develop fine surface cracks, called checks, when the air gets very dry. Some products must sit in the room before installation, while others are made to go down straight from the box. The instructions decide, together with moisture readings taken on the boards and on the subfloor or slab.

Health Canada recommends keeping indoor relative humidity between 30% and 50%. For an engineered floor, staying within that range limits checking in winter and swelling in summer. Many manufacturers also set their own humidity range as a warranty condition, so compare the two and aim for where they overlap.

In a condo, the floor you choose also affects your neighbours. A hard floor carries footsteps and dropped objects into the unit below, and the declaration of co-ownership or the building's bylaws often set conditions: an approved acoustic underlay or membrane, a test report showing a given level of performance, or written permission before carpet is replaced with wood.

The underlay has to suit the method. A floating floor sits on an acoustic underlay, while a glue-down floor needs a membrane bonded to the slab that works with the flooring adhesive. Send the product data sheets to the syndicate or condo corporation before ordering, keep its answer in writing and check the rules on work hours, elevator bookings and debris. Keep the gap at the walls, too: a floor jammed against the walls carries sound into the structure.

Each has its place. The real question isn't which is best, but which suits the room, the subfloor and the way you live.