$8-$16 per sq ft installed Slab tested to ASTM F2170 Wear layer stated on the quote Toronto and the GTA

Engineered hardwood flooring in Toronto

Over a concrete slab, engineered is usually the correct product rather than the compromise, and Toronto Flooring Co runs the in-situ slab test that proves it before recommending anything.

Wear layer thickness written into the quote, not left to the box

In-situ relative humidity probes left in the slab a full day

Glue-down or floating chosen from the flatness reading

Condo board package prepared with the product data sheets

Price engineered hardwood

Room, rough square footage, and whether you are over a slab or over joists.

What can we help with?

Service

So the right crew reviews your project.

Any workmanship warranty is set out in your written quote, job by job.

Engineered construction

Engineered hardwood, veneer and core

Engineered hardwood is a real wood veneer bonded to a cross-laid plywood or composite core. The core is why it stays flat over a slab and why it tolerates the moisture swings that make solid wood cup. The veneer is why it looks like hardwood, and its thickness is the single number that sets the floor’s lifespan. A thick wear layer can be sanded like solid wood, two or three times across decades. A paper-thin one cannot be sanded at all, and when it wears through the floor is finished no matter what the brand on the box is. Brand names move prices around. Wear layer thickness moves the actual outcome. We write the veneer thickness onto the quote next to the price so you can compare two products on the thing that matters instead of on the marketing.

What we check before ordering

Veneer thickness, stated in writing

How many sandings the floor has in it, and therefore how long it lasts. We name the thickness on the quote and tell you plainly whether it is a floor you can refinish later or a floor you replace when it wears.

In-situ slab humidity, not a surface reading

Probes drilled to depth and left a minimum of twenty-four hours, following ASTM F2170. For wood the reading generally needs to sit under seventy-five percent. A handheld surface meter is not evidence a manufacturer will accept on a warranty claim.

Flatness before the method is chosen

Glue-down demands a flatter floor than nail-down. The National Wood Flooring Association puts glue-down at 3/16 inch in ten feet or 1/8 inch in six, against 1/4 inch in ten feet for mechanically fastened floors. We measure, then price levelling honestly instead of finding it mid-install.

Engineered hardwood pricing in Toronto

Toronto and GTA ranges collected September 2026. Condo work is quoted on its own line because the building adds real cost, not because the material is different.

Labour only

$2-$5 / sq ft

You supply the material
Floating install at the lower end
Glue-down sits at the upper end
Levelling and slab prep quoted separately

Price labour only

Supplied and installed

$8-$16 / sq ft

Material and labour together
Engineered material alone runs $4 to $9 per sq ft
Old floor removal and disposal $1 to $3 per sq ft
Transitions and trim $200 to $600

Get a written quote

Condo units

$10-$18 / sq ft

Acoustic underlay $0.80 to $3.50 per sq ft
Slab levelling $3 to $6 per sq ft where needed
Refundable damage deposit often $500 to $2,000
Most one and two bedroom units install in one to three days once approved

Ask about my building

Our Process

How an engineered install runs

1

Test and measure

Probes into the slab or moisture meter on the wood deck, flatness checked over six and ten feet, and the veneer thickness of the product you are considering confirmed against the spec sheet.

2

Approvals and delivery

In a condo we assemble the board package: product data sheets, underlay specification, insurance certificate, WSIB clearance, renovation form and elevator booking. Board approval commonly adds one to four weeks.

3

Prep the substrate

Old floor out, slab ground or filled to the flatness the chosen method needs, moisture barrier or membrane where the reading calls for one, and the perimeter marked for expansion.

4

Set the floor

Glued, floated or nailed depending on what the readings said, boards racked for grain and length, expansion left at every wall, then transitions and trim.

What we will raise before you order

Four things that change the product choice, all of which are cheaper to discuss now than to discover later.

That the slab number may say no

If the in-situ reading comes back high, the honest answer is a moisture mitigation step or a different product, not a glue-down that fails in eighteen months. A failed glue-down is a full teardown, and it is not covered by anyone.

That wear layer beats brand

Two floors at the same price can have very different veneers. We will show you both spec sheets and point at the number, even when the thinner one is the easier sale.

That your condo rules set the sound spec

The Ontario Building Code regulates sound transmission class and apparent sound transmission class, and it contains no impact rating requirement at all. Your impact number comes from the corporation's rules, which the board can amend on thirty days notice to owners.

That humidity still applies

Engineered moves less than solid, not zero. The National Wood Flooring Association target of thirty to fifty percent relative humidity still governs, and on wide boards it still matters through a Toronto heating season.

Wear layer thickness on engineered hardwood

Ask for the wear layer thickness before you ask for the brand. The wear layer is the real hardwood veneer bonded to the top of the core, and it is the entire refinishing budget of the floor. Once it is gone the floor is gone, regardless of how good the core is or what the warranty card says.

That single number resolves most of the confusion in an engineered showroom. Two products at the same price per square foot, both oak, both with a finish that looks identical, can differ by a factor of four in veneer thickness. One of them is a floor your children can sand back in twenty-five years. The other is a floor you replace when the traffic lane in the hallway dulls. Both are legitimate products for different budgets, but only one of them is being sold honestly if nobody mentions the difference.

The practical version: if a supplier will not state the veneer thickness on paper, treat that as the answer. We write it on our quotes as a line of its own, next to the price, because it is the only way to compare two products on something real.

Moisture in a slab under engineered floors

Over concrete, engineered is not a downgrade from solid. It is the correct product, and the reason is measurable rather than stylistic.

Concrete holds moisture for a long time, and it releases it upward into whatever is glued or laid on top. The evidence manufacturers accept is an in-situ relative humidity test under ASTM F2170: probes drilled into the slab, left to equilibrate at least twenty-four hours, placed at forty percent of the slab depth where the slab dries one way. For wood products that reading generally has to sit under seventy-five percent. Solid hardwood, which is one piece of wood through its whole thickness and moves accordingly, is the product least able to tolerate a slab that reads high. Engineered, with its cross-laid core, is built for exactly that condition.

This is why the test comes before the product conversation in a condo, a slab-on-grade bungalow or a finished basement. The number narrows the options, and then you choose within what is left. Doing it the other way around, choosing the floor and hoping the slab cooperates, is how a glue-down job becomes a teardown.

Glue, float or nail for engineered hardwood

Three methods, chosen from readings rather than preference.

Glue-down bonds the plank directly to the substrate. It feels the most solid, it sounds the least hollow, and it asks for the flattest floor of the three, at 3/16 inch in ten feet or 1/8 inch in six under the National Wood Flooring Association tolerance. It also depends on the slab passing its moisture test, because adhesive is what fails first when it does not.

Floating locks the planks to each other and leaves them loose over the substrate, usually over an underlay. It tolerates more variation in the floor beneath, it goes faster, and in a condo it is often the method that lets you document an acoustic underlay as part of the assembly. The trade-off is a slightly softer, more hollow feel.

Nail-down applies over a wood subfloor only, and it puts engineered back into the same territory as solid: joist spacing, deck thickness and whether the fastener has something to hold. Over joists we measure the deck before choosing it. Over concrete it is not on the table at all.

Engineered hardwood questions

How many times can an engineered floor be sanded?

It depends entirely on the wear layer, which is the real wood veneer above the plywood core. A thick veneer behaves much like solid hardwood and can take several sandings over the life of the floor. A thin one supports a light screen and recoat and no more, and sanding it exposes the core, which ends the floor. Nothing about the brand, the finish or the price tells you this. The spec sheet does, and we put that thickness on your quote so you know what you are buying before it arrives.

Is engineered hardwood real wood?

The surface is real hardwood, cut from the same species you would buy as solid. What sits beneath it is cross-laid plywood or a composite core rather than more of the same wood. That construction is the point: cross-laying the layers cancels out most of the expansion and contraction that makes solid wood cup and gap, which is why engineered works over a slab and in a condo where solid does not. Underfoot and to the eye it is a hardwood floor. Structurally it is a more stable one.

Why is the condo rate higher than the house rate?

Because the building charges you, not because the plank costs more. Toronto condo engineered work runs roughly $10 to $18 per square foot against $8 to $16 in a house, and the gap is made of acoustic underlay at $0.80 to $3.50 per square foot, slab levelling at $3 to $6 where the concrete is out of tolerance, elevator and loading dock bookings, restricted working hours, and same-day debris removal that many boards insist on. Add a refundable damage deposit that often runs $500 to $2,000 and board approval that commonly takes one to four weeks.

Should I glue it down or float it over my slab?

The flatness reading usually decides it. Glue-down gives the most solid feel underfoot and the least hollow sound, and it needs the flattest substrate: the National Wood Flooring Association calls for 3/16 inch in ten feet or 1/8 inch in six for glued floors. A floating floor tolerates more variation and lets an acoustic underlay sit between the plank and the slab, which is often what a condo board wants to see documented. Glue-down also depends on the slab passing its moisture test, since adhesive is the thing that fails when a slab reads high.

What is the in-situ test you keep mentioning?

It is the slab moisture test that flooring manufacturers accept as evidence, defined by ASTM F2170. Probes are drilled into the concrete and left to equilibrate for a minimum of twenty-four hours before anything is read. Placement matters: forty percent of slab thickness for a slab drying from one side, twenty percent from each side where it can dry both ways. The output is a relative humidity figure from inside the slab, and for wood products it generally needs to be under seventy-five percent. A meter touched to the surface measures the surface and tells you nothing about what is still in the concrete.