Concrete Coating

Multi-unit and commercial properties need more than a good floor: they need notice to residents, phased access, documentation and a single point of contact. We work to the engineer's or manager's specification, provide certificates of insurance and product data, and plan the work so the building keeps functioning.

A metallic system typically involves preparation, a primer or base coat, the metallic layer and a topcoat, each with its own cure time. Preparation and repair needs vary from slab to slab. We give you a written schedule with the quote, including when the space can be used and when furniture or vehicles can return.

The metallic effect is created by hand during installation, so the pattern, depth and distribution can't be reproduced exactly from a photo. Lighting in your space also changes how it reads. We show physical samples and photos of our own past floors, agree the colour and general movement you're after, and explain where variation will come from.

Metallic finishes are high-gloss and smooth, which makes scratches, grit and salt residue more visible than on a textured flake floor. In a garage that sees daily winter traffic, that can mean more maintenance. For show garages and less-used spaces, they're a strong choice. A UV-stable topcoat matters where sunlight reaches the floor.

Metallic floors use pigments suspended in a resin layer that are worked by hand while wet, creating swirls, depth and a stone-like or liquid appearance. They're usually sealed with a clear topcoat. Because the effect is made during installation, no two floors are identical, and the final look depends on the installer's technique as much as the colour choice.

Cottage garages and boathouses near Georgian Bay and Lake Simcoe tend to sit cold and damp through winter and get heavy use in summer. Moisture and condensation are bigger factors than in a heated home, so testing matters. We schedule installation in the months when conditions allow and specify a system for the humidity and use, including traction where floors are often wet.

Outdoor surfaces face freeze-thaw, snow clearing, de-icers and UV. Systems designed for exterior use, installed on a properly prepared slab that drains, perform far better than interior coatings applied outside. Snow-clearing methods matter too — metal shovel edges and some de-icers are harder on a surface. We'll tell you what the product is designed to resist, what maintenance it needs, and where the limits are.

Outdoor concrete in Ontario goes through repeated freeze-thaw cycles and snow. A rigid coating over a slab that moves or holds water can crack or delaminate. Flexible membrane systems designed for exterior traffic are better suited, and drainage matters as much as the product. We assess slope, cracking and the slab's condition first, and in some cases sealing or leaving it bare is the better recommendation.

Through winter, salt dries into a white film. In spring, sweep, rinse with water, and wash with a neutral cleaner or one recommended for your coating, then rinse again. Avoid acidic cleaners and abrasive scrubbing pads that can dull the finish. Doing a quick rinse during winter thaws, where practical, stops the build-up. We hand over care instructions with every floor.

Hot tire pickup happens when a warm tire softens and grips a coating, then pulls it away as it cools and the car moves. It's most common on thin coatings over poorly prepared concrete, or on floors driven on before they've fully cured. Mechanical preparation for a proper bond, a coating system with suitable thickness, and waiting for the stated vehicle cure time are the main defences.

The main variables are how much repair the slab needs, how many layers the system has, and how long each layer takes to cure at the conditions on the day. A garage in good condition with a fast-curing system is quicker than one needing salt-damage repair first. We give you a written schedule with the quote, including when you can walk on it and when you can park on it.

After the snow is gone, wash the floor and look closely at the first few feet inside the door and the wheel paths. Flaking and pitting suggest salt and freeze-thaw damage. New or widening cracks are worth noting. White residue is dried salt that should be washed off. If you're considering a coating, photographs of these areas help us give you a better idea of what the repair will involve before we visit.

Unheated garage work can't start until conditions meet the product's requirements, which in Clearview and the surrounding area usually means mid-to-late spring. Because every contractor starts at the same time, the first weeks book up early. Booking in March or April gets your slab assessed and your job scheduled, so it's installed as soon as conditions allow.

An unheated barn or shop in February won't meet a coating's minimum temperature, and a floor applied outside those limits may not cure properly. If the building can be temporarily heated and held stable through application and cure, winter work is possible. If not, we plan it for late spring or summer and use the winter to assess, specify and book.

A quartz broadcast system embeds coloured quartz aggregate into resin layers and seals it, giving a thick, seamless surface. The texture adds slip resistance where floors are routinely wet, and the absence of joints and grout lines removes places for contamination to collect. Coved bases can carry the system up the wall so wash-down water doesn't get under the edge. The texture level is adjustable to balance traction with ease of cleaning.

Federally licensed food businesses operate under the Safe Food for Canadians Regulations, and provincially regulated operations under Ontario's rules. Either way, the expectation for floors is a durable surface that can be cleaned effectively, drains properly and doesn't harbour contamination. The specific requirement comes from your inspector and your food safety plan. We build to the specification you're held to, and provide the product data to support it.

Agricultural floors face acids from manure and silage, frequent wash-down, abrasive grit, and in livestock areas, the need for traction. The system depends on the building's use: some areas suit a textured, chemical-resistant broadcast system; others are better left as sealed concrete. We assess the building and its use before recommending anything, and we'll tell you where a coating isn't the right answer.

A grind-and-seal densifies and seals the existing concrete — good for dust control on a sound slab where appearance and chemical exposure aren't the priority. A full resinous coating builds a film on top, which gives more resistance to spills and abrasion, colour for zoning and line marking, and a surface that's easier to clean. The right answer depends on the slab condition, what's spilled on it, and the traffic it carries.

An industrial building heated to a stable temperature can meet coating requirements through winter. The practical problem is loading docks and overhead doors, which let cold air sweep across the floor. We plan which doors stay closed, measure slab temperature and dew point during installation and cure, and phase areas near doors for times when they can be kept shut.

Most Vaughan warehouses can't close, so the installation is planned around the operation. We section the floor into areas that come out of use in turn, agree forklift and foot traffic routes, and schedule the most disruptive stages — grinding and coating — for nights or weekends where needed. Each section is returned once it has reached the cure stated for the traffic it will carry.

Odour depends heavily on the chemistry. Some products carry a noticeable smell during application and for a period after; others are formulated to be lower-odour. In an occupied home we look at the product's data for odour and ventilation requirements, plan airflow, and agree timing with you — for example, whether anyone sensitive to odours should be out of the house for part of the day.

A garage heated to a steady temperature can meet a product's requirements in the middle of winter. What trips it up is the door: opening it lets cold air across a curing floor and can pull the slab temperature down quickly. We confirm the space can hold temperature before booking, check readings on the day, and agree when the door stays shut. Ventilation still has to be managed during application.

A basement slab sits in contact with the ground, and moisture can move up through it even when the surface looks dry. A coating sealed over that moisture can trap it, and the pressure can push the coating off as blisters or peeling. Testing — commonly by in-situ relative humidity under ASTM F2170, or by the calcium chloride method under ASTM F1869 — tells us whether the slab is within the limit the chosen product allows. If it isn't, a moisture-mitigating primer can be specified where the manufacturer supports it.

Heated basements are often the best winter work there is, because conditions are stable. What matters is holding the slab and air temperature within the product's range and above the dew point through the whole cure, and managing ventilation while people are living upstairs. We check conditions on the day and test the slab for moisture before we start, because basements carry moisture risks that garages don't.

Every product's technical data sheet gives a cure time for light foot traffic and a longer one for vehicle traffic, and both lengthen as temperature drops. Polyaspartic topcoats generally return to service faster than conventional epoxy systems, which is one reason they're used in Ontario garages. Hot tires on a floor that hasn't fully cured can mark it, so we give you a specific time for your floor on the day, based on the product and conditions, rather than a general number.

Salt damage typically shows as scaling, pitting and spalled edges, and the first job is to find out how deep it goes. We grind until we reach sound concrete, then rebuild the damaged areas with a compatible repair material and grind them flush before any coating goes down. Coating directly over scaling usually fails, because the coating is only as strong as the layer it's bonded to. If the damage is deep or structural, repair alone may not be the answer, and we'll say so.

Any smooth, sealed surface becomes more slippery when wet, and an Ontario garage is wet for much of the winter. A full-flake broadcast has more surface texture than a solid colour, and fine aggregate can be incorporated into the topcoat where the product's data supports it to add traction. The trade-off is cleanability: the more texture, the more effort to mop. We usually suggest more texture in the zone just inside the door, where meltwater lands, and less elsewhere.

Two garages of the same size can price quite differently. A newer slab in good condition needs grinding and coating; an older one may need salt-damage repair, crack treatment or removal of a previous coating first, and those steps are where most of the variation comes from. The system matters too — a full-flake broadcast with a clear topcoat is a different build from a single solid colour. We assess the slab before quoting, then give a written price in Canadian dollars with HST shown separately and nothing mandatory left out.

Every coating system has a technical data sheet that sets a minimum surface and air temperature and a required margin above the dew point, during application and through the cure. In an unheated Innisfil garage, those conditions usually stop being reliable as fall nights cool, and a floor applied outside them may not bond or cure properly. We schedule against the readings on the day rather than the calendar. A heated garage that can hold stable conditions before, during and after installation can be done through winter.

No. We use UV-stable topcoats that resist yellowing and keep the colour consistent for years.

No. We never install over damaged concrete. Full surface restoration and crack repair are part of our preparation process, because a coating is only as good as the slab beneath it.

You can usually walk on the floor after 24 hours and park vehicles after 48–72 hours. Colder temperatures slow the cure, so your quote includes the exact return-to-service time for your system.

Epoxy bonds well and builds thickness, which makes it a good base layer. Many epoxies can yellow with sunlight exposure, which matters at a garage door. Polyaspartic topcoats are commonly chosen for UV stability and faster return to service, and many can be applied across a wider temperature range. A lot of Ontario garage systems use both. The right combination depends on the product data, your slab and how you use the garage.

Cars carry snow and slush loaded with de-icing salt into the garage, where it melts and pools, often near the door and under the wheels. Bare concrete is porous and absorbs that water. When temperatures swing around freezing, moisture in the surface expands and contracts, and the combination with chlorides is a common cause of scaling — thin layers of the surface flaking away — and pitting. Chlorides that reach reinforcing steel in structural slabs can also contribute to corrosion. A sealed or coated surface limits how much reaches the concrete, which is the main reason Ontario garages are coated at all.

Our rates range from $6 to $35 per sq ft, depending on the slab condition, required repairs and the specific system you choose. Quotes are written in CAD with HST shown separately, and on-site estimates in the GTA are free.

Usually yes. Age by itself is not the problem — moisture coming up through the slab is, and a lot of older houses here were built without a barrier underneath.

We check the slab before quoting. If the reading is high we put a barrier down first; if it is clean, nothing extra is needed.

No, it comes up constantly and we plan for it. With the garage door open the floor counts as something the neighbors see, so the board usually wants to sign off on the color first.

We bring physical samples you can submit and schedule the install once you have approval, so the floor is never done twice.

Yes, and where a space is in use during the day it is usually the sensible way to do it.

We phase the work into evenings and weekends and agree the sequence before starting, so you know exactly which areas are out of use and when.

Usually yes. Stains and old patches sit at the surface, and grinding takes that layer off before anything is applied.

What we check for underneath is moisture and structural cracking, since those decide the build rather than the appearance.

Not with a properly bonded system. Hot-tire pickup happens when a coating is thin, poorly bonded or rolled on over unprepared concrete.

We grind rather than acid-etch, so the coating anchors into the slab instead of resting on top of it.

You can walk on it the next day. Vehicles need longer, because tires put far more stress on a fresh coating than feet do.

We give you the exact window before we start, so you can plan where the car goes in the meantime.

Yes, the floor has to be completely clear before we start — including shelving and anything fixed along the walls.

If moving heavy items is a problem, tell us when we quote and we will build it into the plan rather than leaving it to the morning of the job.

Yes. Crack remediation, joint stabilization, moisture mitigation and substrate correction are commonly performed before flooring installation.

Grinding creates the concrete profile required for strong mechanical adhesion between the flooring system and the substrate.

Slip resistance can be incorporated through aggregate systems and textured finishes depending on operational safety requirements.

Urethane systems provide seamless sanitary protection, moisture resistance, thermal stability and chemical durability required in food processing and washdown environments.

Yes. Properly specified systems resist oils, fuels, acids, sanitizers, cleaning chemicals, food byproducts and many industrial contaminants.

Yes. Urethane cement systems are specifically engineered to resist thermal shock caused by steam cleaning, hot water washdowns and rapid temperature fluctuation.

Polyurethane flooring systems are commonly installed in:

• food processing facilities
• beverage production plants
• seafood processing facilities
• commercial kitchens
• pharmaceutical facilities
• manufacturing plants
• warehouses
• industrial production environments

Epoxy systems are generally more rigid and commonly used for structural flooring assemblies, while urethane systems provide greater flexibility, thermal resistance and durability under aggressive industrial conditions.

Urethane cement is a heavy-duty industrial flooring technology engineered to withstand thermal shock, hot water washdowns, steam cleaning, moisture exposure and aggressive industrial operating conditions.

Polyurethane flooring is a high-performance industrial flooring system designed for facilities requiring chemical resistance, thermal stability, abrasion durability and long-term operational performance.

Grinding creates the concrete surface profile required for mechanical adhesion. Without proper preparation, coatings may experience reduced bond strength and shortened service life.

Yes. Properly engineered polyaspartic systems can withstand vehicle traffic, forklifts, pallet jacks and continuous operational movement depending on coating thickness and system design.

Yes. Polyaspartic systems are commonly installed in residential and commercial garages due to their resistance to hot tire transfer, vehicle traffic, humidity, abrasion and long-term UV exposure.

Depending on environmental conditions and system specifications, polyaspartic flooring systems may return to service significantly faster than conventional coating systems, often within a greatly reduced timeframe.

Polyaspartic coatings provide substantially greater UV stability than many traditional epoxy coatings. Properly specified systems are designed to resist yellowing and maintain color consistency under direct sunlight exposure.

Epoxy systems are commonly utilized for substrate bonding and build thickness, while polyaspartic systems are frequently selected for rapid curing, UV stability and accelerated return-to-service performance. Many premium flooring systems combine both technologies.

Polyaspartic flooring is a high-performance resin flooring system designed to protect concrete surfaces against abrasion, UV exposure, moisture, chemicals and operational wear while allowing significantly faster cure times than many conventional coating technologies.

Surface texture may be adjusted depending on operational requirements using anti-slip additives and aggregate systems designed to improve traction and safety.

Damaged concrete often requires crack remediation, surface correction, resurfacing or substrate stabilization before flooring installation. Surface condition directly affects long-term system performance.

Grinding creates the concrete surface profile required for proper mechanical adhesion. Without preparation, coatings may fail due to weak bond development or unstable substrate conditions.

Yes. Properly specified epoxy systems can withstand forklifts, pallet jacks, industrial equipment, vehicle traffic and continuous operational exposure depending on system thickness and design.

Yes. Properly installed epoxy flooring systems with industrial-grade topcoats are engineered to resist hot tire transfer and vehicle-related surface wear.

Epoxy flooring chemically bonds into the concrete substrate through mechanical preparation, creating a durable protective system. Standard paints primarily sit on the surface without providing the same adhesion strength or long-term durability.

Epoxy flooring is a high-performance resin flooring system installed over mechanically prepared concrete to improve durability, abrasion resistance, chemical protection and long-term surface performance.

Yes. Waterproofing systems are commonly integrated directly with epoxy flooring, polyaspartic coatings, vertical coatings and cove base assemblies to create complete environmental protection systems.

System lifespan depends on preparation quality, environmental exposure, traffic intensity, maintenance practices and coating technology selection.

Damaged concrete often requires grinding, crack remediation, resurfacing or substrate correction before coating installation. Surface condition directly affects long-term system performance.

Slip resistance may be adjusted depending on operational requirements using anti-slip additives and aggregate broadcast systems.

Yes. Properly engineered coating systems can withstand:

• vehicle traffic
• forklifts
• pallet jacks
• industrial equipment
• operational movement
• continuous commercial use

depending on system design and coating thickness.

Preparation creates the mechanical concrete profile required for proper bond development between the coating system and the substrate. Without preparation, coatings may fail prematurely through delamination or adhesion breakdown.

Concrete coatings are engineered resin systems designed to mechanically bond into prepared concrete substrates. Standard paints primarily sit on the surface and do not provide the same adhesion strength, durability or long-term protection.

A concrete coating is a protective resin system installed over properly prepared concrete to improve durability, abrasion resistance, chemical resistance and long-term surface protection under residential, commercial or industrial conditions.