Is engineered hardwood real wood?

Yes. The top layer is a real hardwood veneer, usually oak, maple or another species, bonded to a core of plywood or a composite. From above it looks like solid hardwood. The difference is below the surface, where the cross-layered core makes the board more stable as humidity changes.

How thick should the wear layer be?

It depends on how long you plan to keep the floor and whether you want the option of sanding it. A thin wear layer can take screen and recoat maintenance but little or no sanding; a thicker one can be sanded once or more over its life. We walk through the product specifications with you before you buy.

Can engineered flooring go in a basement?

It can, if the basement is dry and the slab passes moisture testing. Engineered boards are glued down or floated over a vapor retarder and underlayment. If the basement has flooded or the sump pump runs often, we will tell you plainly that another product may be the better choice.

Can engineered wood be installed over radiant heat?

Many engineered products are approved for radiant heat, and they generally handle it better than solid wide boards. The manufacturer's rules on surface temperature, how the heat is raised and lowered, and the installation method all apply. We follow those rules for the specific product you choose.

How do we know if an existing engineered floor can be sanded?

We measure the wear layer at a floor vent, a threshold or the edge of a stair, where the board profile is visible. If there is enough wood above the core, a sanding is possible. If not, a screen and recoat or board replacement is the safer choice.

What does TSCA Title VI mean for engineered flooring?

It is the federal formaldehyde emission standard for composite wood products, which covers the cores used in many engineered floors. Compliant products carry a label. We check for it on the products we install, especially where a composite core is used.

Is engineered hardwood better than solid hardwood?

Neither is better everywhere. Solid hardwood can be sanded more times and suits wood subfloors above grade, which covers most rooms in an older house. Engineered hardwood is the better fit over concrete, below grade and over radiant heat, and it allows wider boards with less seasonal movement.

Does engineered flooring work in a kitchen?

It can, with realistic expectations. Engineered wood handles humidity swings well, but it is still wood, so standing water from a leaking dishwasher or sink will damage it. Wipe spills promptly, use mats at the sink, and fix appliance leaks quickly.

Engineered Hardwood Flooring in Malden, MA

Malden Wood Flooring installs, repairs and refinishes engineered hardwood flooring in Malden, MA, serving surrounding cities including Everett, Melrose, Chelsea, Medford and Somerville. We have worked with wood floors for more than 20 years, and engineered boards now make up a large share of the new floors we put down, especially in condos, basements and rooms with radiant heat.

Engineered flooring solves real problems, but only when the product and the installation fit the space. The core has to suit the subfloor, the fastening method has to suit the product, and the wear layer has to suit how long you expect the floor to last. We help you choose on those terms, not on the sample board alone.

We also refinish engineered floors. Before promising a sanding, we measure how much wood is left on top, because sanding through a thin wear layer ruins the board.

How Engineered Hardwood Is Built

Worker seating a wide engineered white oak plank with a tapping block in a condominium in a newer apartment building in Malden.

Wear Layer and Core

Every engineered board has a real wood wear layer on top and a core underneath. Plywood cores are cross-layered for stability; composite cores use pressed wood fiber. The wear layer decides how many times the floor can be sanded. The core decides how the board behaves as humidity changes and how it can be fastened.

Wear layers range from thin veneers that can only be screened and recoated to thicker layers that can be sanded more than once. That single number is the most important thing to check when comparing products, because it determines the floor’s working life.

Species, Width and Finish

Engineered boards come in oak, maple, hickory and many other species, often in wider planks than solid hardwood can handle without cupping. White oak and rift and quartersawn cuts are popular for a clean, modern look. Most engineered floors are prefinished at the factory with durable coatings, and some are sold unfinished to be site-finished like solid hardwood.

Formaldehyde and Product Labels

Composite wood products used in many engineered cores fall under the federal formaldehyde emission standard in TSCA Title VI. Compliant products carry a label. We check it on what we install, and we also confirm that any adhesives and site-applied finishes fit the Massachusetts VOC rules for wood coatings.

Where Engineered Flooring Works Best

Condos on Concrete

Many condos have concrete slabs rather than wood subfloors, so solid hardwood cannot be nailed down. Engineered boards can be glued directly to the slab or floated over an underlayment. Associations often require a specific acoustic underlayment, so we get your building’s rules before recommending an installation method.

Older buildings converted to condos bring their own quirks: uneven slabs, patched concrete where walls were moved, and sometimes old wood subfloors over concrete. We check what is actually under the existing floor before quoting, because it changes both the method and the price.

Basements and Below Grade

Below grade, solid wood is not recommended. Engineered flooring can work in a dry basement over a vapor retarder, provided the slab passes moisture testing. If the basement has taken water in the past, we discuss the risk openly and may suggest a more water-tolerant option.

Radiant Heat

Engineered boards handle radiant heat better than solid wood because the core resists shrinking and swelling. Manufacturers approve specific products and set rules on floor temperature and heat-up. We install to those rules, because a radiant floor run too hot can cause gaps and cracks.

Installing Engineered Floors Properly

Moisture Testing and Acclimation

We test the subfloor or slab with a moisture meter before installation and let the flooring acclimate until the product and subfloor readings are within the manufacturer’s range. Skipping this step is one of the most common reasons engineered floors gap, cup or lift.

Glue-Down, Nail-Down and Floating

Over wood subfloors, engineered boards can be nailed or stapled. Over concrete, they are usually glued with an adhesive that can double as a moisture barrier where the product allows it, or floated over an underlayment. Each method needs a flat subfloor, and we grind or fill high and low spots first.

Transitions, Stairs and Trim

Engineered flooring is often thinner than the solid hardwood in the rooms next to it, so transitions need planning. We use reducers, thresholds and matching stair nosing so heights meet safely, leave an expansion gap at the walls, and finish with baseboard or quarter round.

Refinishing and Repairing Engineered Floors

Measuring Before Sanding

Before any sanding, we check the wear layer at a vent, threshold or stair edge. If there is enough wood above the core, we sand with a lighter grit sequence and fewer passes than on solid hardwood. If there is not, we recommend a screen and recoat or board replacement instead.

That measurement protects you from the worst outcome with engineered floors: a sanding that cuts through the veneer in spots, exposing the core and leaving boards that can only be replaced.

Screen and Recoat Maintenance

Most prefinished engineered floors can be screened and recoated when the finish dulls, as long as the finish is compatible with a recoat. We test adhesion in a small area first, because some factory finishes need special preparation before a new coat will bond.

Replacing Damaged Engineered Boards

A gouged, water-damaged or delaminated engineered board can usually be cut out and replaced with a matching one. If the product is discontinued, we look for the closest match or borrow boards from a closet. Glued floors need more care, and we explain the process before starting.

On a floating floor, a damaged board in the middle of the room may mean unclicking rows from the nearest wall. On a glued floor, the board is cut out in pieces and the adhesive scraped before a new board, with its bottom groove trimmed, is glued into place.

Our Step-by-Step Engineered Hardwood Flooring Process

Step 1: Site Visit and Product Match

We look at the subfloor or slab, the rooms, the heat source and any association rules, then narrow the choices to products whose core, wear layer and installation method suit the space. You get a written quote that lists the flooring, underlayment, transitions and trim.

Step 2: Moisture Testing and Delivery

The slab or subfloor is tested, and the flooring is delivered to acclimate in the rooms where it will be installed. We install only when the readings fall within the manufacturer’s range for that product.

Step 3: Subfloor Preparation

We remove old flooring, grind high spots, fill low spots, and lay any vapor retarder or underlayment the product and building require. A flat, dry, clean base is what keeps engineered boards from hollow spots and clicking joints.

Step 4: Installation

Boards are glued, fastened or floated according to the product instructions, with staggered end joints, an expansion gap at every wall and transitions fitted at doorways and stairs.

Step 5: Trim and Walkthrough

Baseboard or quarter round goes back on, the floor is cleaned, and we walk it with you. We leave the product name and care instructions, which matter later if a board ever needs replacing or the finish needs a recoat.

20+ Years on Wood Floors
Free Written Estimates
Stairs Priced Per Tread

Engineered Hardwood Flooring