Commercial cultivation facilities · Vancouver & Lower Mainland
Cleanable floors. Practical room-by-room specifications.
Priority One Epoxy Flooring installs epoxy and urethane cement floors for commercial cannabis cultivation, drying, curing and processing support areas. We match the system to your concrete, irrigation, cleaning routine and operating schedule.
Compare flooring by room
01 / Match the room
For many concrete grow rooms, high-build epoxy is a practical starting point. Wetter nutrient service areas or demanding washdown conditions can call for urethane cement.
We plan cannabis facility flooring around water exposure, cleaning products, bench and cart traffic, and the condition of the slab. That produces a useful specification for each zone.
| Facility area | System to assess | Details that drive the specification |
|---|---|---|
| Propagation, vegetative & flowering rooms | High-build epoxy or a textured epoxy broadcast system | Irrigation spills, nutrient residues, rolling benches, cleaning access and traction in the aisles. |
| Drying & curing rooms | Epoxy with a compatible protective finish | Dust control, cleanability, rack and cart movement, and the actual cleaning routine. |
| Nutrient mixing & wet service corridors | Urethane cement at the specified thickness | Frequent wetting, chemical exposure, wash-water temperature, drainage and wet traction. |
| Trimming, packaging & processing support | High-build epoxy or a broadcast resin system | Residues, equipment loads, cart routes, finish texture and cleaning methods. |
| Extraction & specialist laboratories | A separately reviewed resin specification | Solvents, chemical compatibility and any engineered static-control requirements. See our laboratory flooring services. |
These are starting points for a site review. The selected product, thickness, texture and substrate requirements belong in the written flooring scope.
02 / Choose the build
A complete system includes the preparation, repairs, primer where required, flooring body, finish and edge details. The topcoat alone does not determine performance.
A dense resin finish for suitable cultivation, drying, curing and packaging areas. Smooth or broadcast finishes can be selected to balance housekeeping, rolling traffic and traction.
Specify: substrate moisture limits, film build, texture and cleaner compatibility.
A polyurethane-cement system to assess for frequently wet areas and more demanding chemical or temperature exposure. Product choice and installed thickness matter, particularly for thermal shock.
Specify: service temperatures, exposure, thickness, anchoring and cove details.
Compatible polyurethane or polyaspartic finishes can be considered for selected resin builds. Abrasion, cleaning chemicals, appearance and cure conditions guide the choice.
Specify: compatibility, finish, recoat windows and return-to-service requirements.
Planning a wet service zone? Review our washdown-area flooring for related detailing.
Discuss your room schedule03 / Prepare the substrate
Existing coatings, slab moisture, cracks and damaged joints need attention before a new resin floor is installed.
Review the concrete, existing finishes and contamination. Confirm the moisture testing required by the proposed flooring manufacturer.
Remove unsuitable coatings and weak material. Diamond grinding or shot blasting creates the profile required by the selected system.
Address agreed cracks, spalls and weak edges. Identify movement joints and detail them to accommodate movement.
Apply the specified build within its environmental and recoat limits. Confirm cure requirements and provide care guidance.
Moisture tolerance varies by product. A moisture-tolerant flooring body does not automatically replace a required vapour-control system.
04 / Plan the details
Flooring should support the facility’s sanitation procedures. Drain connections, wall junctions, texture and cleaner compatibility deserve the same attention as the main floor surface.
Include the cove height, wall termination, thresholds and equipment-pad transitions in the scope. A continuous floor-to-wall detail can simplify cleaning at the perimeter.
A coating follows the slab; it does not create drainage falls. Review ponding, drain elevations and any required reprofiling before the finish is installed.
Choose texture around wet footwear, residue and the cleaning method. Excessively rough finishes can hold residue; a smooth finish may provide insufficient traction in a wet aisle.
Provide cleaner and nutrient product names, concentrations, contact times and wash-water temperatures. Check them against the proposed system’s chemical-resistance data.
05 / Scope & schedule
Cannabis grow room flooring cost depends on the work beneath the coating as well as the system. A room-by-room quote helps identify where a heavier build is justified.
For an operating facility, review room access, bench and equipment relocation, dust containment and ventilation with the facility team.
Separate installation time from the cure required for foot traffic, equipment, washdown and chemical exposure. Those times depend on the selected products and actual temperature conditions.
Phasing and off-hours work can be discussed once the scope, room separation and operating constraints are known.
06 / Questions answered
Choosing cannabis facility flooring involves more than selecting a colour or a topcoat.
High-build epoxy is a practical starting point for many concrete cultivation, drying and curing rooms. Frequently wet nutrient service zones or demanding washdown conditions may require urethane cement. Selection depends on slab moisture, cleaning chemicals, traffic, drainage and the required finish.
Urethane cement should be assessed for frequent wetting, heavier chemical exposure or temperature changes. Epoxy can suit areas where the slab and exposure meet the selected product’s limits. The flooring body, thickness, texture and edge details all affect suitability.
Concrete moisture must be assessed against the proposed manufacturer’s requirements. Some systems tolerate higher substrate moisture, while others need a moisture-control primer or mitigation system. Active leaks, standing water and the source of moisture need separate attention before installation.
The scope should address wall junctions, drains, thresholds and equipment pads wherever the facility’s cleaning and operating conditions require them. Cove height and drain connections should be specified. Existing drainage falls and pooling need review before the coating is installed.
A floor alone does not establish facility compliance. Flooring should support the operator’s sanitation plan and applicable good production practices. Product suitability, cleanable details, installation records, maintenance and the facility’s wider procedures should be reviewed with its quality assurance team.
Yes, replacement can be assessed after inspecting the failed coating and concrete. The scope may include coating removal, contamination treatment, moisture review, repairs and mechanical preparation. The cause of failure should be addressed before installing the new system.
Downtime includes preparation, repairs, installation and product curing. Foot traffic, equipment loading, washdown and chemical exposure can have different return-to-service times. Phased or off-hours work can be discussed once room access, products and operating constraints are confirmed.
Cost depends on area, existing coating removal, concrete repairs, moisture treatment, system thickness, cove length, drains and installation phases. Send the room areas, floor photos, cleaning routine and access window so preparation and flooring can be priced in an itemized scope.
Start with your facility
Send the location, approximate area by room, floor photos and preferred access window. We will review preparation, system options and the next step for your facility.
