Epoxy & Urethane Floor Coating Systems for Laval Warehouses
Warehouse floors endure constant movement, heavy loads, and chemical contact that standard concrete cannot withstand. Laval Concrete engineers and installs epoxy or urethane coating systems matched to your actual traffic patterns, equipment types, and environmental conditions. Every installation begins with a site assessment and a free written estimate.
Warehouse floor coatings fail for one of two reasons: the system was under-specified for the actual load, or the slab was not prepped to the standard the coating requires. A mid-grade epoxy will delaminate under solid-wheel forklift traffic within months. A premium system applied to a contaminated, poorly ground slab will bubble and peel within a year. Both failures are preventable with the right assessment and execution.
We begin by understanding your operation: what equipment moves across the floor, how often, what chemicals are present, and what the slab condition is today. From that assessment, we specify the coating system that will perform. For high-impact forklift zones, forklift-rated epoxy flooring is the upgrade. We then prepare the slab to the coating manufacturer's standard, which typically means diamond grinding, crack repair, and spall patching. The coating is then applied in layers, each cured before the next begins.
Control joints are a critical detail. Forklift wheels rolling over unprotected joints cause spalling and coating failure. We install semi-rigid joint filler at every control joint so the wheels roll across a supported edge. For existing floors that have failed, warehouse floor repair restores the slab before the new coating goes down. The broader industrial concrete scope includes ready-mix supply and concrete pumping for new construction.
Recent work
Installation sequence
The Warehouse Coating Installation Process
Load and exposure audit
We tour the warehouse with your operations team, document forklift types (pneumatic or solid wheel), pallet handling zones, chemical storage areas, and inspect the existing slab for cracks, spalls, or contamination. The spec is built from these actual conditions.
Slab grinding and repair
The concrete surface is diamond-ground to the coating system's profile, removing old coatings, contaminants, and laitance. Cracks are routed and filled with bonded repair material. Spalled areas are patched. The slab is then cleaned and dried to spec.
Primer, body, and broadcast
The primer is applied to the prepared slab and allowed to cure. The body coat is then applied at the engineered thickness. In high-wear zones (loading areas, ramps), aggregate is broadcast into the wet body coat for slip resistance and extra durability.
Topcoat and joint protection
The topcoat is applied to seal the system and provide the final wear surface. Control joints are filled with semi-rigid joint filler so forklift wheels can roll across them without edge damage. The floor is then cured and returned to service per schedule.
Minimal downtime
Zone-by-Zone Phasing Keeps Operations Running
Most warehouses cannot afford a full shutdown for coating installation. We phase the project across multiple zones so your operation continues in uncoated areas while we prep, coat, and cure one section at a time. The phasing schedule is customized to your inventory flow, shift pattern, and equipment movement.
If sections of the floor need repair before coating, we coordinate that work into the phasing plan. For larger facilities with multiple building sections, the approach scales to multi-zone distribution centers. The complete schedule, including cure times and return-to-service dates, is included in the written quote.
Epoxy vs urethane, forklift loads, slab prep and phasing around operations.
Epoxy for moderate-traffic warehouses with limited chemical exposure; urethane for severe environments (cold storage, food processing, heavy chemical). We spec based on the actual conditions, not a default.
For solid-wheel forklift traffic, yes. The standard warehouse coating may not handle the point loads from solid wheels. See forklift-rated epoxy for that spec; the price difference is small compared to the failure cost.
Yes, by phasing zone-by-zone. The phasing plan is built around your inventory flow and shift pattern so most of the warehouse stays operational while specific sections get the install.
Forklift wheels rolling over open or improperly filled control joints cause edge spalling and coating failure at every pass. Semi-rigid joint fill turns the joints into supported edges that the wheels can roll across without damaging the floor.
Per zone, typically a few days for prep and install plus cure before returning to service. Whole-warehouse projects stretch across weeks when phased around operations. The full schedule is in the quote.
Client reviews
What Laval Warehouse Operators Say About Their Epoxy Coatings
Phased the install across our distribution center over three weekends. Operations never stopped, coating is rated for our forklift fleet, two years in with no failures. Right engineering, right schedule.
X. P3
Warehouse Manager, Laval
★★★★★
They specced urethane for our chemical exposure zone and standard epoxy elsewhere. Two systems in one project, matched to actual conditions. Better value than over-speccing everywhere.
Z. P3
Logistics Director, Montreal
★★★★★
Joint filler at every control joint as part of the install. Forklifts roll across them without the edge damage we used to see. The detail work pays off.
Y. P3
Distribution Operations, Terrebonne
★★★★★
Diamond grind was their first step, not a roller of primer. The bond has held perfectly through full pallet drops. Slab prep is everything; they nailed it.
Q. P3
Warehouse Operations, Longueuil
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Share your warehouse footprint, equipment types, chemical exposure, and operating schedule. We will engineer the right coating system and provide a written quote within one business day.
