Industrial
Industrial epoxy flooring for Vaughan plants
Plant floors fail for reasons a garage never sees: thermal shock at the wash-down bay, a solvent nobody mentioned, point loading from a loaded pallet jack. The system is chosen around those, and the appearance follows.
Industrial is a different system, not a thicker commercial one
A commercial floor is usually a thin-mil epoxy or polyaspartic build, somewhere between 0.5 and 1mm, chosen for appearance and abrasion. That is the wrong specification for a plant floor, and it is the most common reason industrial coatings fail inside a year.
Industrial work generally means a high-build system: urethane cement mortar trowelled at 4 to 9mm, or a novolac epoxy where the exposure is chemical rather than mechanical. The thickness is not padding. It is what lets the floor survive impact, point loading and thermal movement without debonding from the slab.
Thermal shock is the failure nobody plans for
Wash-down bays, steam cleaning and hot process water all put the slab through rapid temperature swings. Concrete and resin expand at different rates, and a rigid thin-mil coating shears off at the bond line when that happens repeatedly.
Urethane cement moves much closer to the rate concrete does, which is why it is the default in food and beverage production, commercial kitchens and any area that gets hosed down. If your floor sees hot water, this decides the system before anything else does.
Chemical exposure sets the resin
Not all epoxies resist the same things. Standard epoxy handles oils, greases and mild detergents. Concentrated acids, solvents and aggressive cleaners need a novolac, which costs more and is worth it only where the exposure is real.
Tell us what actually gets spilled and how often it sits before it is cleaned up. A floor specified for the wrong chemical family looks fine for months and then softens or discolours in exactly the places that matter.
Drainage, coving and the details that pass inspection
Food and pharmaceutical environments usually need integral coving where the floor turns up the wall, so there is no seam for bacteria to sit in, and positive falls to drain so water does not pond. Both are built during installation and cannot be retrofitted cheaply.
Where static is a concern, around electronics assembly or solvent handling, an ESD system with a grounded conductive layer is specified as a whole build rather than a topcoat. We will say plainly whether your operation actually needs one.
Slab condition still governs everything
None of the above matters if the concrete underneath is not sound. Industrial slabs in older Vaughan units often carry oil soaked deep into the surface, previous patch repairs of unknown quality, and moisture with no vapour barrier below.
We test moisture and check the substrate before quoting a system. Where the slab needs repair, scarifying or a moisture-mitigating primer first, that is priced as its own line rather than absorbed quietly into the coating.
Scope an industrial floor
Send the area, what runs across it, what gets spilled on it and how it is cleaned. You get a system recommendation, a build thickness and a price range in writing before anything is scheduled.