Food and Beverage Flooring in Vancouver
A food and beverage floor has to pass two tests at once. It has to survive the physical abuse of a plant, and it has to satisfy a health inspector. Very few systems do both well. Hot water washdown, caustic and acidic cleaners, animal fats, sugars, brine, and thermal shock where a floor goes from a steam clean to a cold room all attack a coating that was picked for looks instead of chemistry. When that coating fails, it does not just look bad. It creates seams and pits where bacteria live, and that is exactly what an inspector shuts a line down for.
We install floors built for processing, packaging, and prep environments across Vancouver and the Lower Mainland. The workhorse system for this sector is urethane cement, and we run Sika materials as our primary line. This page covers why urethane cement is the standard here, what compliance the floor has to support, how we schedule around production, and the questions plants ask us most.
Why Urethane Cement Is the Standard
Urethane cement is a resinous floor built on a cementitious backbone. That combination is what makes it hold up in a food plant. It handles hot water and steam cleaning without softening, it resists the acids and caustics in food processing, and it moves with the slab through temperature swings instead of cracking off it. A standard epoxy in the same room will blister off the concrete the first time it takes a steam wash. Urethane cement was built for exactly this abuse.
We install it at the thickness the environment calls for, from a lighter slurry in a packaging area to a heavy trowel-down mortar in a hot wet processing zone. Where the floor meets the wall we run a coved base so there is no square corner for debris to collect, which makes washdown faster and keeps the inspector happy. We finish with an aggregate broadcast tuned to the slip resistance the space needs, since a wet food floor is a fall risk if it is left too smooth.
For drier packaging and warehouse-side areas that do not see the same chemical load, we sometimes specify a polyaspartic or epoxy build instead, or a decorative quartz system where a durable, cleanable, better-looking floor makes sense. We match the system to the room rather than coating the whole plant the same way. We run Sika as our primary manufacturer and use their comparable products where a specific chemistry is called for.
Compliance and Standards
A food and beverage floor is part of your food safety plan, not just the building. Inspectors and auditors look for a surface that is seamless, non-absorbent, cleanable, and sloped to drain so water does not pool. A urethane cement floor with coved bases and proper drainage gives you that. It does not hold moisture, it does not shed particles into product, and it can be scrubbed and sanitized without breaking down.
The systems we install support the requirements that facilities operating under HACCP, CFIA oversight, and third-party audit schemes such as SQF and BRC have to meet on flooring. We are not the ones who certify your program, but we build the floor so it holds up to the standard your auditor is checking against. If you have a specific finish, slip rating, or drainage detail your food safety plan calls for, bring it to the site visit and we will spec to it.
Working Around Production
Most food plants cannot simply close for a week. We plan the job around your production schedule from the first site visit. That usually means phasing the floor into zones so one area cures while the rest of the plant keeps running, working through a sanitation window or a scheduled shutdown, or running nights and weekends when the lines are down.
Urethane cement has a real advantage here. It cures fast enough that a zone can often go back into service within about a day, which matters when every idle hour is lost product. We give you an honest return-to-service window for your specific floor before we start, and we protect adjacent running areas from dust and debris during the grind so you are not contaminating product next door while we work. The goal is a floor that solves your problem without handing you a production loss bigger than the repair.
What a Typical Project Looks Like
A processing plant calls because the existing epoxy in a wet room is peeling at the drains and the auditor has flagged it. We come out, test the slab for moisture, and check the chemical exposure and wash cycle. The recommendation is a heavy urethane cement mortar through the wet zone with coved bases and a slip-rated finish, and a lighter build in the adjacent packaging area. We phase the work across two weekends around the sanitation schedule so the plant never fully stops. The zone is back in service the day after each pour, and the floor passes the next audit clean.
That is the shape of most of these jobs. As we publish real project write-ups they will link in here with the plant type, square footage, system, and timeline.
Related Pages
Learn more about the core system for this sector on our urethane cement flooring page, or see the full range on the commercial epoxy flooring hub. If your facility also runs dry storage or distribution space, our industrial epoxy flooring page covers the heavier warehouse systems.
For a real example, see our Herbaland pharmaceutical flooring project in Richmond, where we coated production, packaging, and dishwashing areas totalling over 10,000 square feet.
Common Questions
Why not just use epoxy in a food plant?
Standard epoxy softens under hot water and steam and can blister off the slab when it takes a wash cycle or a thermal swing. Urethane cement is built on a cementitious base that handles heat, chemicals, and temperature change, which is why it is the standard for wet food processing areas.
Will the floor meet health inspection requirements?
The systems we install are seamless, non-absorbent, and cleanable, with coved bases and drainage detailing that inspectors and auditors look for. We build the floor to the standard your food safety plan and auditor require, though the certification of your program itself is handled by your auditor, not us.
How long until we can run the line again?
Urethane cement cures fast enough that a zone can often return to service in about a day. We phase the work in areas so the rest of the plant keeps running, and we give you a realistic return-to-service window for your specific floor before we start.
Can you match the slip resistance we need?
Yes. We tune the aggregate broadcast to the slip profile the space calls for. A wet processing floor needs more grip than a dry packaging area, and we spec each zone to how it is actually used.
Get a Food Plant Floor Quote
Tell us your facility type, square footage, and production schedule. We will assess the slab and give you a straight quote with a realistic phasing plan.