Richmond-Based • Serving Metro Vancouver & the Lower Mainland
Urethane cement and resin flooring for wet processing, hot washdowns, cold rooms, drains and demanding sanitation schedules.
Priority One Epoxy Flooring installs seamless flooring for meat plants, seafood and fish processing facilities, butcher shops, cut and trim rooms, washdown areas, cold rooms, packaging zones and dispatch areas. We assess each zone for hot-water or steam cleaning, fats and proteins, salt or brine, sanitation chemicals, drainage, temperature changes, rolling traffic and required return-to-service time before recommending a system.
System first, coating second: harsh wet and thermal-shock zones commonly require polyurethane cement, while selected secondary or drier areas may suit epoxy, quartz-broadcast or rapid-cure resin systems.
Industrial Flooring for Protein-Processing Facilities
A meat or seafood processing floor is exposed to conditions that quickly reveal a weak specification: persistent moisture, blood, fats, fish oils, salt and brine, detergents, sanitizers, hot washdowns, cold-room transitions, impact and heavy rolling traffic. A thin, paint-like coating may look acceptable at turnover but can fail prematurely when the slab, preparation, drainage and operating conditions are not addressed together.
Priority One Epoxy Flooring provides meat processing floor coatings and seafood processing floors for Vancouver, Richmond, Burnaby, Delta, Surrey, Langley and the Lower Mainland. We also assess smaller butcher shops, commissaries and fish-processing spaces where hygiene, safe footing and limited downtime are equally important.
For continuously wet rooms, hot sanitation cycles and severe thermal change, a properly prepared urethane cement system is usually the starting point. Epoxy or quartz-broadcast resin may be appropriate in selected packaging, storage or secondary areas with less thermal stress. The final decision should be based on the room—not a single system copied across the entire plant.
Room-by-Room Specification
The table below is a practical starting point—not a substitute for a site assessment or manufacturer-approved specification. Substrate condition, sanitation chemistry, service temperature and downtime can change the final build.
| Facility zone | Typical exposure | Common system direction | Details to review |
|---|---|---|---|
| Raw receiving and primary processing | Water, organic residue, impact, bins, carts and aggressive sanitation | Heavy-duty urethane cement with a slip-tuned finish | Coves, drains, joints, equipment edges and slope |
| Cut, trim and boning rooms | Blood, fats, cool temperatures, rolling equipment and frequent cleaning | Urethane cement or another heavy-duty resin system matched to the duty cycle | Traction versus cleanability, sealed transitions and impact areas |
| Seafood and fish-processing areas | Salt, brine, fish oils, ice, standing moisture and cool conditions | Chemical- and moisture-resistant urethane cement system | Product chemical-resistance data, drainage and threshold detailing |
| Washdown and sanitation rooms | Hot water, detergents, sanitizers, rapid temperature change and hoses | Thermal-shock-resistant urethane cement | Water temperature, chemical concentration, drains and integral coves |
| Coolers, cold rooms and freezer thresholds | Condensation, cold temperatures, thermal cycling and wheeled traffic | Temperature-compatible resin system selected for the actual operating range | Room temperature during installation, movement, moisture and door thresholds |
| Packaging, dispatch and dry support areas | Pallet jacks, carts, abrasion, cleaning and occasional spills | High-build epoxy, quartz-broadcast epoxy or urethane cement depending on exposure | Traffic load, scratch resistance, line marking and reopening schedule |
Urethane Cement vs. Epoxy
Usually the strongest direction for severe wet service, hot washdowns, thermal cycling, impact and sanitation-heavy production rooms. Trowelled or self-levelling builds and final thickness must be selected from the manufacturer’s system data and the actual duty level.
A practical option for selected secondary zones that need seamless protection, abrasion resistance and adjustable texture but are not exposed to the harshest thermal shock or continuous wet service.
Useful where shutdown windows are limited, provided the selected system is compatible with the room’s moisture, cleaning chemicals, temperature and traffic. Fast cure does not replace correct preparation or detailing.
Product labels alone do not account for a contaminated slab, ponding water, missing coves, failed joints, unsuitable texture, hot-water shock or chemical concentration. A durable food-plant floor is a complete assembly: substrate preparation, repairs, primer, resin body, aggregate profile, coves, drains, terminations and cure schedule.
Where Floors Commonly Fail
Fats, oils, old coatings, weak concrete and cleaning residue can interfere with adhesion. Preparation may require shot blasting, scarifying, diamond grinding, removal, degreasing or a combination based on what the slab reveals.
Slab moisture, hydrostatic conditions, previous repairs and concrete strength influence primer and system selection. A moisture-tolerant material does not eliminate the need to investigate the substrate.
Resin flooring will follow the existing surface unless regrading is included. Drain replacement, trench work, slope correction and levelling should be identified and priced separately before installation.
Integral cove bases, drain rings, door thresholds, wall transitions, columns, penetrations and moving joints require deliberate detailing. These transitions are frequent failure points when they are treated as afterthoughts.
More texture can improve traction but may make sanitation slower. The aggregate size and finish should be tuned to the room’s contaminants, footwear, cleaning equipment and wet-use conditions—not chosen from a universal “non-slip” label.
Foot traffic, washdown, pallet-jack use and full production may have different reopening times. The handover plan should follow the selected manufacturer’s cure schedule and actual site temperature.
Food-Safety and Sanitation Planning
Federal preventive-control guidance focuses on facilities that can be maintained and cleaned to prevent contamination. In wet processing environments, flooring design should support cleanable, durable surfaces and effective drainage. See the Government of Canada’s CFIA preventive-control requirements.
Important: no generic epoxy or urethane-cement material automatically makes an entire facility “CFIA approved” or “HACCP compliant.” The complete system, installation details, operating procedures and facility program must be assessed together.
Prep-First Installation
Map the rooms, traffic, washdown routine, temperatures, chemicals, shutdown window and access restrictions.
Review concrete condition, existing coatings or tile, contamination, cracks, moisture risk, drains, joints and previous repairs.
Select the resin family, preparation method, thickness, texture, coves, terminations and top-surface requirements for each room.
Coordinate work-zone protection and prepare the slab by the approved mechanical method before repairs or resin installation.
Address approved crack repairs, damaged concrete, drainage transitions, coves, thresholds, edges and penetrations included in the scope.
Install the specified build, verify texture and respect the manufacturer’s cure requirements at the actual site temperature.
Complete final checks and provide applicable care, cure, warranty and project closeout information.
Get a More Useful Initial Review
Local Commercial & Industrial Service
Our Richmond-based team assesses meat, seafood and food-production flooring projects throughout Vancouver, Richmond, Burnaby, Delta, Surrey, Langley, Coquitlam, Port Coquitlam, New Westminster and nearby Lower Mainland communities. Larger British Columbia projects can be reviewed based on scope, schedule and mobilization requirements.
Frequently Asked Questions
For harsh wet rooms, hot washdowns and thermal cycling, urethane cement is commonly the strongest starting point. Epoxy or quartz-broadcast systems may suit selected packaging, storage or secondary areas with less thermal stress. The best specification depends on each room’s temperature, chemicals, traffic, drainage and concrete condition.
Epoxy can be suitable in selected secondary, drier or less thermally aggressive zones. It should not automatically be specified for every processing room. Continuously wet areas, hot sanitation cycles and severe temperature changes often require a properly selected urethane-cement system.
Texture is selected around the room’s contaminants, footwear, cleaning equipment, drainage and sanitation routine. More texture can improve traction but can also make cleaning slower, so the goal is a practical balance rather than the roughest possible finish.
Integral cove bases, drain transitions and local slope corrections can be included when they are identified in the scope. Major regrading, new drains or trench work may require separate concrete or plumbing work and should be confirmed during the site assessment.
Sometimes, but it should never be assumed. Existing tile, coatings, contamination and weak concrete must be assessed for bond, movement and hidden moisture. Unsound materials normally need to be removed; an overlay should only be used when the substrate and selected manufacturer’s system allow it.
Often yes. Work can be planned by room, corridor or production zone, but each active work area still needs proper isolation, preparation, installation and cure time. The final phasing plan depends on access, food-safety controls, ventilation and the selected resin system.
Pricing depends on removal, contamination, concrete repairs, re-sloping, drains, cove-base length, system thickness, square footage, temperature and installation phasing. A responsible quote requires photos and usually a site assessment because preparation and detailing can cost as much as the resin system itself.
No flooring product by itself makes an entire facility CFIA approved or HACCP compliant. A correctly selected seamless system can support cleanability, moisture resistance, drainage and sanitation goals, but the complete installation and the facility’s preventive-control or HACCP program must satisfy the applicable requirements.
Plan the Floor Before the Shutdown
Get a room-by-room recommendation covering preparation, repairs, urethane cement or epoxy selection, traction, coves, drains, transitions and a realistic return-to-service plan.
