Commercial wood flooring is engineered for traffic loads, dimensional stability, and moisture conditions that residential hardwood does not encounter. A hotel lobby, a law firm reception area, or a boutique retail space demands wood flooring that holds up under rolling luggage, foot traffic, and commercial cleaning protocols — installed over a substrate that has been tested, prepared, and moisture-verified per NWFA commercial guidelines. ATR Floors installs hardwood, engineered, and laminate wood flooring in commercial environments across the Twin Cities metro.
NWFA
Commercial Guidelines
ASTM F2170
Moisture Testing
Hardwood / Engineered
Solid, Engineered, Laminate
The problem
Slab or ambient moisture can cause cupping, gaps, movement, adhesive failure, or finish damage.
How ATR solves it
ATR verifies conditions and coordinates moisture mitigation, acclimation, adhesive, and installation requirements.
The problem
High spots, low spots, cracks, or movement will affect fit, sound, and long-term floor performance.
How ATR solves it
ATR repairs, levels, and prepares the substrate before commercial wood installation.
The problem
Rolling luggage, public traffic, furniture, and commercial cleaning require a more durable system than residential hardwood.
How ATR solves it
ATR selects commercial-grade construction, finish, and maintenance requirements for the actual operating environment.
The problem
A lobby, retail space, hospitality area, or office cannot tolerate an open-ended installation schedule.
How ATR solves it
ATR coordinates demolition, preparation, material staging, installation, and phased return to service.
Wood flooring is specified in commercial environments where warmth, prestige, and acoustic character are part of the design intent. We match the product to the substrate, traffic, HVAC stability, and design intent — not the lowest bid.
3/4-inch solid hardwood planks in oak, maple, walnut, hickory, and specialty species. Sanded and finished in place. Best for grade-level installations over plywood subfloors where moisture conditions are stable.
Multi-layer construction with a hardwood wear layer over dimensionally stable core. The dominant commercial specification — installs over concrete, handles humidity fluctuations, available in wider planks, and floats over radiant heat.
Photographic image layer over high-density fiberboard core. Appropriate for break rooms, back offices, and support spaces where wood aesthetics are desired at a lower material cost without lifecycle concerns.
Hotel lobbies, restaurant dining rooms, executive suites, boardrooms, reception areas, law firm corridors, and boutique retail spaces where the floor is part of the design statement.
ASTM F2170 in-situ probe testing before every wood installation. Most manufacturers set warranty threshold at 75% RH or lower — we mitigate with VersaGuard or epoxy moisture barrier when readings exceed.
When the existing hardwood is structurally sound with sufficient wear-layer thickness, refinishing costs 40–60% of replacement. We assess during the site walk and recommend honestly.
Wood is a poor choice for wet areas, industrial/warehouse, and high-moisture slabs without mitigation. Wood is excellent where aesthetic warmth supports the brand or the environment, in moderate-traffic areas with consistent HVAC, and on renovation projects where existing hardwood can be refinished.
Chemical removal of old adhesive — critical for glue-down engineered wood bond strength.
ASTM F2170 testing on every project. We do not install wood over slabs that fail the manufacturer threshold without mitigation.
Substrate flatness, acclimation, fastening, and finishing per the published commercial standard.
Written warranty on every installation. Manufacturer warranties for material apply separately.
Yes — engineered wood can be glued directly to concrete slabs that have been tested for moisture per ASTM F2170 and confirmed below the manufacturer's threshold. Solid hardwood cannot be installed directly over concrete; it requires a plywood subfloor system. If the slab has moisture issues, we install a moisture mitigation system before the wood goes down.
Solid hardwood typically requires 5 to 7 days of acclimation at the project site. Engineered wood requires 2 to 5 days. The building's HVAC system must be running at normal operating conditions during acclimation. We build the acclimation period into the project schedule.
It depends on the traffic type. Foot traffic in an office lobby — yes, with the right species (hard maple, white oak) and a commercial-grade finish. Rolling luggage in a hotel corridor — engineered wood handles this better than solid. Forklift or pallet jack traffic — no, use polished concrete or epoxy.
Both require the same daily maintenance: dust mopping and periodic damp mopping with a manufacturer-approved cleaner. The difference is long-term: solid hardwood can be sanded and refinished 3 to 5 times. Engineered wood with a thick veneer (4mm+) can typically be refinished once. Engineered wood with a thin veneer (2mm) generally cannot be refinished.
Yes — when the existing hardwood is structurally sound with no subfloor damage and sufficient wear layer (minimum 1/16 inch remaining) to accept sanding. We assess every existing floor during the site walk and recommend refinishing when it is technically viable and cost-effective at typically 40 to 60% of replacement.
Include sq ft, species or product preference, substrate type, and project schedule. We respond within one business day.
