Menards Hardwood Flooring: Types and Buying Tips
Menards sells hardwood flooring in solid and engineered forms, but the right choice depends on the product’s installation instructions and your subfloor. Compare wood species, finish, width, wear layer, and total project cost. Before buying, verify the current product’s approved substrate and installation method, then check moisture, flatness, expansion gaps, and local requirements.
A hardwood floor that “floats” sounds like a bargain until it starts floating over your budget. The fix is to compare more than the shelf price: construction, installation rules, and subfloor condition all matter. Menards’ assortment and product details can change, so use the current listing and manufacturer instructions for the exact floor you plan to buy.
Hardwood types and terms to compare at Menards
Solid hardwood is one piece of wood; engineered hardwood has a real-wood top layer bonded to a layered core. Both can be durable, but their approved installation methods differ. Product pages may also use terms such as wear layer, finish, and plank width, which help you compare options beyond appearance.
Solid hardwood is often nailed or stapled to an approved wood subfloor. It is generally not a direct-install choice for concrete. Engineered hardwood may allow nail-down, glue-down, or floating installation, but only when the specific manufacturer permits that method over your substrate.
| Feature | Solid hardwood | Engineered hardwood |
|---|---|---|
| Construction | One piece of wood | Real-wood surface over a layered core |
| Common installation | Nail or staple over approved wood subfloor | May allow nail, glue, or floating installation |
| Concrete use | Generally not installed directly over concrete | Only products approved for concrete and the chosen method |
| Main comparison points | Species, board width, finish, thickness | Veneer or wear-layer thickness, core, finish, approved methods |
“Wear layer” means the surface wood available for future sanding; it is not the same as the factory finish. Ask the manufacturer about refinishing limits rather than assuming every engineered floor can be sanded the same number of times.
Species affects color, grain, and hardness, but hardness alone does not predict how well a floor will suit your home. Finish, board width, room conditions, maintenance, and the product warranty also matter. Compare the full product specifications, not just a sample board.
Next step: Narrow your shortlist to products whose installation instructions match your subfloor.
How to choose hardwood flooring for your project
A good choice fits the room, substrate, and installation plan before it fits the color palette. Start by identifying whether you have a wood subfloor or concrete, then compare only products approved for that base. Check the current Menards listing and linked manufacturer documents before purchasing.
Look for these details on each product page or its installation guide:
- Solid or engineered construction
- Species, plank width, and thickness
- Surface finish and any stated wear-layer details
- Approved substrates and installation methods
- Moisture-testing, acclimation, and subfloor-flatness rules
- Required adhesive, fasteners, underlayment, or vapor retarder
- Warranty terms and care instructions
Do not assume that “engineered” means suitable for every concrete slab, or that “water resistant” makes a floor waterproof. A product must meet the manufacturer’s stated moisture limits, and the whole installation system must be compatible.
For budgeting, include more than flooring cartons. Add the manufacturer-approved adhesive or fasteners, underlayment if required, transitions, trim, delivery, tools, and waste. Measure the room’s floor area and check the product’s coverage per carton. Divide the area by coverage, then round up to whole cartons. Add a waste allowance based on the layout and the supplier’s advice; cuts, closets, and diagonal patterns can increase waste.
Next step: Save the product instructions and calculate the complete material list before ordering.
Substrate inspection, moisture testing, and preparation
The substrate is the surface that supports the flooring, such as plywood or concrete. It must be sound, clean, dry, and flat within the flooring maker’s limits. A flatness check is not a moisture test, and passing one check does not replace the others.
For wood subfloors, check for movement, damaged panels, loose fasteners, and squeaks. The framing should meet at least L/360 deflection, a measure of how much it bends under load. Also confirm the required panel thickness, panel rating, fastening schedule, and joist spacing in the flooring instructions. L/360 does not replace local code or product requirements.
A common flatness benchmark is no more than 3/16 inch in 10 feet or 1/8 inch in 6 feet, but the flooring instructions control. Use a straightedge to find high and low areas, then correct them with methods approved for that subfloor. Do not try to force planks flat over a hump.
Test wood moisture with a calibrated moisture meter. A common National Wood Flooring Association (NWFA) benchmark is a difference of no more than 4 percentage points between flooring and wood subfloor for flooring under 3 inches wide, or 2 points for flooring 3 inches and wider. Follow stricter product requirements and the meter maker’s directions.
Concrete needs the test method specified by the flooring and adhesive system. Common methods include ASTM F2170, which measures in-slab relative humidity, and ASTM F1869, which measures moisture vapor emission rate. There is no universal pass limit. Compare results with the exact flooring and adhesive data sheets. If results exceed the stated limits, use only a system approved for that product, or resolve the moisture source before proceeding.
A membrane does not fix hydrostatic pressure or ongoing water intrusion. Moisture trapped under an incompatible adhesive or vapor retarder can lead to cupping, buckling, or bond failure.
Next step: Record the test method and results; stop if the surface is damp or outside the product limits.
Hardwood installation methods and compatible materials
The installation method is part of the flooring system, not a free choice made on installation day. The manufacturer’s instructions determine whether a product can be nailed, stapled, glued, or floated on a given substrate. They also specify compatible underlayment, adhesive, and moisture-control materials.
Use this sequence:
- Inspect and prepare. Confirm framing and subfloor condition, fastening, flatness, cleanliness, and moisture. Repair movement, squeaks, damage, and uneven areas before installation.
- Match the system to the base. Select a product approved for your substrate and method. Use only its specified underlayment, vapor retarder, adhesive, or mitigation system.
- Condition and install. Follow the product’s jobsite and acclimation instructions, then recheck moisture. Use the required board layout, end-joint staggering, fastening pattern, adhesive, and equipment.
- Finish and protect. Keep required gaps at walls and fixed objects. Install trim and transitions without pinning a floating floor. Protect the surface from construction traffic and moisture.
Acclimation does not mean leaving every carton open in the room for a set number of days. Follow the specific product’s instructions for storage, jobsite conditions, and moisture readings. Those directions vary by product.
Next step: Keep the installation guide on site and use it to confirm each layer and step.
Transitions, expansion clearance, and safety
Wood flooring changes size as moisture conditions change, so installation needs space at room edges and fixed objects. The required gap depends on product, room dimensions, and installation method. A common perimeter gap is 1/2 inch, but the manufacturer’s stated requirement takes priority.
Leave the specified clearance at walls, pipes, cabinets, and other fixed objects. Cover the gap with baseboard or shoe molding without pressing it down on the floor. For floating floors, transitions must not restrain floor movement; follow the product’s rules for doorways and room breaks.
Before cutting or fastening, use suitable eye and hearing protection and follow tool instructions. Keep the work area clear, and check for hidden utilities before cutting into a floor or subfloor. Do not alter framing or conceal a moisture problem to make flooring fit.
Next step: Mark clearance and transition locations on the plan before laying the first row.
Real-world planning cases for Menards hardwood
These are planning examples, not claims about a particular Menards SKU. They show how substrate and product instructions guide selection. For any purchase, verify the current product listing and its installation documents, since store inventory and manufacturer specifications can change.
Case 1: Wood subfloor in a living room. A homeowner has a sound, flat wood subfloor and wants solid oak. They first confirm that framing, panel thickness, joist spacing, and fastener requirements meet the product guide. They test flooring and subfloor moisture, then choose a nail-down product only if its instructions approve the substrate and method.
Case 2: Concrete slab in a lower-level room. The owner considers engineered hardwood. They do not assume every engineered product can be used over the slab. They find a current Menards listing whose manufacturer permits the specific concrete installation method, test the slab by the required method, and compare results with the flooring and adhesive limits. If moisture exceeds those limits, installation waits until the source is addressed or an approved mitigation system is specified.
Case 3: A room with an uneven subfloor. A buyer finds an appealing sale price but measures a deviation greater than the product’s flatness limit. Rather than using fasteners or adhesive to pull boards into place, they correct the high or low areas with an approved method, then recheck the surface.
Key takeaway: The product with the lowest carton price may not be the lowest-cost option if its installation system does not fit the home.
Cleaning, finish care, and long-term moisture protection
Floor care should match the finish and product instructions. Use manufacturer-approved cleaners and methods; avoid soaking the floor or using a cleaner just because it is labeled for wood. Water left on the surface can damage flooring, especially at joints or edges.
Wipe spills promptly, use protective pads under furniture, and protect the floor during later construction. Check the manufacturer’s guidance before using steam cleaners, polish, or wax, since an unsuitable product can affect the finish or future refinishing.
Next step: Keep care instructions with the warranty and use them from the first day.
Conclusion and frequently asked questions
The safest way to buy hardwood at Menards is to choose by construction and installation compatibility first, then compare appearance and price. Confirm the current product instructions, measure and test the substrate, and include compatible materials and trim in your budget. If a key requirement is unclear, ask the manufacturer or a qualified flooring professional before installation.
Can solid hardwood be installed over concrete?
Usually not directly. Use solid flooring over concrete only if its manufacturer explicitly approves the full installation system and substrate.
Can engineered hardwood go over a concrete slab?
Some products allow it, but approval depends on the specific floor, installation method, moisture results, and adhesive or underlayment system.
What does L/360 mean for a wood subfloor?
It is a framing deflection limit: the supporting floor structure should not bend more than the stated ratio under load. Check product instructions and local requirements as well.
How flat should the subfloor be?
A common benchmark is 3/16 inch in 10 feet or 1/8 inch in 6 feet. Follow the flooring maker’s requirement if it is stricter.
How much moisture difference is acceptable for wood flooring?
A common NWFA benchmark is up to 4 percentage points for flooring under 3 inches wide and 2 points for flooring 3 inches or wider. Product requirements may be stricter.
Which concrete moisture test should I use?
Use the method specified by the flooring and adhesive system. It may require ASTM F2170, ASTM F1869, or another stated method.
Is there one moisture limit for every concrete floor?
No. Use the exact limits in the flooring and adhesive data sheets. Do not install beyond them unless the system permits a specific mitigation method.
How much expansion space should I leave?
Use the product’s required clearance at walls and fixed objects. One-half inch is common, but the correct gap varies.
Can I use any underlayment or vapor barrier?
No. Use only materials approved for the specific floor, substrate, and installation method.
Does acclimation always mean leaving flooring cartons open for several days?
No. Follow the product’s jobsite, storage, and acclimation instructions; requirements differ by product.
(This article was written by one of our staff writers, Julian R. Hayes. Visit our Meet the Team page.)
