Manufacturing Flooring in Vancouver
A manufacturing floor is machinery infrastructure, not a finish. It carries the point loads of heavy equipment, absorbs the impact of dropped tooling and stock, takes chemical and oil exposure from the process, and gets ground down by constant material handling. When it fails it is not just ugly. A cracked or dusting floor throws contamination into the process, damages product and equipment, and becomes a trip hazard on a busy plant floor.
We install heavy-duty resinous floors for production plants, machine shops, and processing facilities across Vancouver and the Lower Mainland. This page covers the systems that survive a manufacturing environment, how we handle chemical exposure and load, how we phase the work around production, and the questions plant managers ask us most.
Systems Built for the Plant Floor
Most manufacturing floors get a high-build epoxy broadcast system, which packs aggregate into a thick coating to handle the impact and abrasion of daily production. Where the process brings aggressive chemicals into contact with the floor, we specify a chemical-resistant build to stand up to the acids, solvents, or caustics in use. Where a line cannot afford downtime, a polyaspartic topcoat lets a zone return to service quickly.
The right build is driven by what actually happens on that floor. A machine shop with oil and coolant and steel chip abrasion needs a different system than a clean assembly area. We look at the loads, the chemistry, the wheel and traffic type, and the thermal exposure before we spec, so the floor matches the process rather than being a generic coating. We run Sika as our primary manufacturer and use their chemical-resistant products where the process calls for it.
Load, Chemical, and Impact Resistance
The three things that break a manufacturing floor are load, chemistry, and impact. Heavy equipment concentrates weight on small footprints, process chemicals attack the surface, and dropped tooling and stock hammer it. The systems we install are built to the thickness and chemistry the plant needs so they take that abuse without cracking, staining, or delaminating.
Preparation is what makes it hold. On a plant slab that usually means diamond grinding or shot blasting to open the concrete so the resin bonds mechanically, plus repairing cracks and joints and removing any oil-saturated coating first. A floor built over poor prep will fail no matter how good the material is.
Phasing Around Production
A plant loses money when a line stops, so we plan the floor around your production schedule. We split the work into zones so equipment and lines keep running while one area cures, and we schedule around shutdowns, weekends, or slower shifts. A polyaspartic finish helps where a zone has to go back into service fast.
You get an honest return-to-service window for each zone before we start, and we protect running equipment and adjacent areas from dust during the grind so we are not compromising the process next door.
What a Typical Project Looks Like
A production plant calls because the floor around the machinery is cracking under load and the coating is lifting where coolant and oil collect. We test the slab, check the loads and chemistry, and recommend a high-build epoxy broadcast through the production area with a chemical-resistant topcoat at the wet stations and joint repair where the forklifts cross. We phase it zone by zone around a planned shutdown so the lines keep moving. Each zone is back in production on schedule.
Recent manufacturing and production projects
See how we installed 10,000 sq ft of seamless solid epoxy over a moisture vapour barrier in production, packaging and dishwashing areas at Herbaland, and about 6,000 sq ft of solid white epoxy at Sky Helicopters.
That is the shape of most manufacturing jobs. As we publish real project write-ups they will link in here with the plant type, square footage, system, and timeline.
Related Pages
See the heavier plant systems on our industrial epoxy flooring hub, or the base coating on the epoxy coatings page. For static-sensitive production, our ESD epoxy flooring page has more detail.
Common Questions
Will the floor handle heavy machinery and point loads?
Yes. We install high-build epoxy broadcast systems at the thickness the plant needs to carry equipment loads and take the impact of dropped tooling. We spec the build to your actual loads rather than using a generic coating.
Can it resist the chemicals used in our process?
Where the process brings aggressive chemicals into contact with the floor, we specify a chemical-resistant build to stand up to the acids, solvents, or caustics in use. We match the chemistry to what is actually on your floor.
How do you avoid stopping our production lines?
We split the work into zones so lines and equipment keep running while one area cures, and we schedule around shutdowns, weekends, or slower shifts. A polyaspartic finish lets a zone return to service quickly where speed matters.
Why does surface preparation matter so much?
A manufacturing floor is only as good as its bond to the slab. We diamond grind or shot blast to open the concrete, repair cracks and joints, and remove oil-saturated coatings first, so the resin bonds mechanically and does not lift under load.
Get a Manufacturing Floor Quote
Tell us your plant type, square footage, and production schedule, and we will assess the slab and give you a straight quote with a phasing plan that keeps you running.