Winnipeg Precision Epoxy provides professional garage epoxy flooring for attached, detached, heated and unheated garages throughout Winnipeg, MB. With more than 20 years of experience, we install high-performance garage floor systems designed for vehicle traffic, road salt, chloride-contaminated snowmelt, oil, coolant, tyre marks and the seasonal temperature changes experienced by Winnipeg concrete slabs.
Garage coating systems can incorporate 100% solids epoxy build coats, full-broadcast decorative flake, silica or aluminium-oxide traction aggregate and abrasion-resistant polyurethane or polyaspartic topcoats. Before installation, garage slabs are evaluated for pitting, scaling, spalling, cracks, control joints, oil contamination, previous coatings and moisture conditions, with mechanical preparation used to create the concrete surface profile required by the specified resinous system.
Winnipeg Precision Epoxy provides garage floor coatings throughout Winnipeg and surrounding Southern Manitoba communities, including Headingley, Oak Bluff, East St. Paul, West St. Paul, Oakbank, Stonewall, Selkirk, Niverville, Île-des-Chênes and Steinbach. We work with attached and detached garages, residential workshops and multi-vehicle garages across urban, suburban and rural properties, with each coating system specified around the existing concrete slab and how the garage is used.
We'll contact you within 24 hours to discuss your project.
✔ 20+ Years of Epoxy Flooring Experience
✔ Residential • Commercial • Industrial Systems
✔ Built for Winnipeg’s Harsh Climate • Built to Last


Vehicles bring de-icing salts, sand, slush and chloride-contaminated snowmelt directly onto garage floors throughout Manitoba winters. As the meltwater evaporates, salts and abrasive grit remain on the surface and can contribute to staining, scaling and deterioration of unprotected concrete. A properly specified resinous system creates a continuous protective layer over the slab, with polyurethane or polyaspartic wear coats providing additional resistance to tyre traffic, abrasion and automotive contaminants.
Older garage slabs often develop pitting, scaling, spalled areas and surface deterioration before a coating is considered. These defects must be evaluated rather than simply buried beneath epoxy. Loose concrete can be mechanically removed, damaged areas rebuilt with compatible repair materials and cracks or joints treated according to their condition before the coating system is installed, allowing even visibly worn garage concrete to be considered for resurfacing.
Garage floors can be constructed using 100% solids epoxy build coats, full-broadcast vinyl flake, polyaspartic or polyurethane wear coats and silica or aluminium-oxide traction aggregates. A full-broadcast system completely covers the wet base coat with decorative flakes before excess material is removed and the surface is sealed, producing greater texture and visual coverage than a light partial-flake application. System selection depends on slab condition, moisture, UV exposure, desired appearance and how heavily the garage is used.
There is no single coating specification that is best for every garage. An attached heated garage, an unheated detached garage and a heavily used workshop can have different slab temperatures, moisture conditions, traffic and exposure to road salt. Full-broadcast epoxy systems with abrasion-resistant polyurethane or polyaspartic topcoats are commonly suited to residential garages, while moisture-prone or deteriorated slabs may require additional primers, repairs or heavier system builds. The existing concrete should therefore be evaluated before deciding between epoxy, polyaspartic or a multi-layer combination.

Full-broadcast systems combine a pigmented epoxy or polyurea base coat with vinyl colour flakes distributed to rejection across the wet resin, followed by scraping and one or more clear protective coats. Flakes are commonly available from approximately 1/32 to 1 inch, with 1/4-inch blends widely used for garage flooring. The broadcast helps disguise minor visual irregularities while creating texture, colour variation and a durable surface for daily vehicle and pedestrian traffic.
100% solids epoxy can create substantially greater film build than conventional thin-film coatings because essentially all applied material remains in the cured floor. High-build epoxy layers are commonly specified in the 10–40+ mil range depending on the product and system, providing a substantial resin layer over mechanically prepared concrete. These systems are suited to garages requiring additional build, abrasion resistance and protection from oils, road salts and routine automotive use.
Polyaspartic coatings are frequently used as garage-floor wear coats because of their abrasion resistance, rapid curing and improved UV stability compared with conventional aromatic epoxy. This is particularly useful around garage-door openings where sunlight reaches the floor. Polyaspartic clear coats can be installed over decorative flake or compatible epoxy base coats, with actual recoat and vehicle-return times determined by the selected product, temperature and installation conditions.
There is no single coating specification that is best for every garage. An attached heated garage, an unheated detached garage and a heavily used workshop can have different slab temperatures, moisture conditions, traffic and exposure to road salt. Full-broadcast epoxy systems with abrasion-resistant polyurethane or polyaspartic topcoats are commonly suited to residential garages, while moisture-prone or deteriorated slabs may require additional primers, repairs or heavier system builds. The existing concrete should therefore be evaluated before deciding between epoxy, polyaspartic or a multi-layer combination.

Years of road salt, chloride-laden snowmelt and abrasive winter debris can leave garage slabs pitted, rough and locally deteriorated, particularly along tyre paths and near garage-door entrances. Loose or weakened concrete is removed during preparation, while deeper pits and surface voids can be rebuilt with compatible polymer-modified or resinous repair materials before the coating system is applied. Restoring these areas first prevents a new epoxy system from simply reproducing the damaged profile underneath.
Scaling affects the concrete surface while deeper spalling can expose coarse aggregate and create irregular depressions that require more substantial restoration. Freeze-thaw cycling, moisture, de-icing chemicals and weak surface concrete can all contribute to deterioration in Manitoba garages. Depending on severity, preparation can involve diamond grinding, shot blasting, patching compounds or epoxy mortar to remove unsound material and rebuild a stable surface suitable for resinous flooring.
Garage slabs commonly contain control joints intended to manage shrinkage cracking, along with cracks that may develop elsewhere as the concrete cures or moves over time. Static cracks can often be cleaned and repaired before coating, while moving joints and active cracks require different treatment because rigid epoxy cannot prevent future concrete movement. Joint condition, crack width, movement and location are evaluated before deciding whether to fill, bridge or preserve the joint within the finished flooring system.
Often, yes, but the concrete must be evaluated and repaired before coating. Minor pitting, static cracks, worn surfaces and localized spalling can frequently be prepared and restored as part of the installation, while severe deterioration, active movement or structural cracking may require additional concrete repair before an epoxy system is appropriate. The objective is to establish a sound, properly profiled substrate rather than using the coating to conceal unresolved concrete problems.
Garage epoxy flooring in Winnipeg typically ranges from $5 to $12+ per square foot depending on the system type, condition of the concrete, and level of preparation required. Factors such as crack repair, moisture mitigation, and system thickness can impact the final cost. We provide a free on-site assessment to evaluate your garage and recommend the most suitable system before providing an accurate estimate.
A professionally installed garage epoxy floor can last 10–20 years or more, depending on usage and maintenance. Systems installed with proper surface preparation and high-performance materials offer significantly longer service life compared to basic coatings.
Yes. Our garage epoxy flooring systems are specifically designed to withstand freeze–thaw cycles, temperature fluctuations, and road salt exposure. Proper installation and material selection help prevent cracking, peeling, and surface deterioration over time.
Most garage epoxy flooring projects are completed within 1–2 days, depending on the system and condition of the concrete. Additional time may be required for repairs or moisture mitigation.
In most cases, you can walk on the floor within 24 hours and park your vehicle after 48–72 hours, depending on the system used. Fast-curing coatings such as polyaspartic systems may allow for quicker return to use.
When installed properly, epoxy flooring is highly durable and resistant to peeling or delamination. Most failures are caused by poor surface preparation or moisture issues—which is why proper grinding, repairs, and priming are critical and a key part of our installation process.
Yes. We repair cracks, spalling, and surface damage as part of the installation process to ensure proper adhesion and long-term performance. A stable, well-prepared surface is essential for a durable epoxy flooring system.
Epoxy flooring can be customized with slip-resistant additives to improve traction. This is especially important for garages exposed to water, snow, and road salt, and is commonly included in flake systems.
Flake epoxy systems are the most popular choice for Winnipeg garages due to their durability, slip resistance, and ability to hide dust, salt residue, and surface wear. They provide an ideal balance of performance and appearance for high-use environments.
Yes. You can choose from a wide range of colors, flake blends, and finishes to match your preferences. We can also recommend options based on your garage layout, lighting, and usage to ensure both durability and visual appeal.
Epoxy floors are low-maintenance and easy to clean. Regular sweeping and occasional washing are typically enough to keep the surface in good condition. The seamless, non-porous surface helps prevent dust buildup and staining.
Yes. We provide a free on-site assessment to evaluate your garage, inspect the concrete condition, and recommend the most suitable epoxy flooring system based on your needs.
Have more questions? Request a free on-site assessment and we’ll recommend the right garage epoxy flooring system for your space and usage.
We'll contact you within 24 hours to discuss your project.
✔ 20+ Years of Epoxy Flooring Experience
✔ Residential • Commercial • Industrial Systems
✔ Built for Winnipeg’s Harsh Climate • Built to Last