Winnipeg Precision Epoxy Flooring: Garage, Commercial & Industrial Floor Coatings

Winnipeg Precision Epoxy provides residential, commercial and industrial epoxy flooring throughout Winnipeg, MB, with over 20 years of experience installing high-performance concrete coating systems. We install 100% solids epoxy, polyaspartic, polyurea, urethane cement, decorative flake, quartz, metallic epoxy and anti-slip systems for garages, basements, commercial spaces, warehouses, manufacturing facilities and other demanding environments.

Our flooring systems are specified around the concrete substrate and operating conditions, including vehicle and forklift traffic, abrasion, impact, moisture, road salt, oils, cleaning chemicals and thermal cycling. Proper surface preparation, concrete repair and moisture management provide the foundation for durable adhesion, while primers, build coats, aggregates and protective topcoats are selected according to the performance requirements of each space.

From decorative residential floors to seamless commercial surfaces and heavy-duty industrial coatings, Winnipeg Precision Epoxy provides concrete preparation and resinous flooring systems designed for durability, cleanability, slip resistance and long-term protection. We serve properties throughout Winnipeg and surrounding Southern Manitoba, with specialized service pages covering the materials, preparation methods and performance requirements of each flooring environment.

Get a Free Epoxy Flooring Quote

We'll contact you within 24 hours to discuss your project requirements.

✔ 20+ Years of Epoxy Flooring Experience

✔ Residential • Commercial • Industrial Systems

✔ Built for Winnipeg’s Extreme Climate • Built to Last

Our Residential Epoxy Flooring Services

Garage Epoxy Flooring

Winnipeg garage floors routinely encounter road salt, snowmelt, vehicle fluids and winter temperatures below -20°C, followed by substantial seasonal temperature changes. We install multi-layer garage systems using products such as 100% solids epoxy, decorative flake broadcasts and polyaspartic or polyurethane topcoats, with concrete mechanically prepared to the surface profile required by the selected coating system.

Basement Floor Coatings

Basement slabs are below grade, making concrete moisture conditions particularly important before a resinous floor is installed. Relative-humidity testing commonly evaluates conditions within the slab at 40% of its depth when drying from one side, while coating manufacturers specify the moisture limits their products can tolerate. We use those substrate conditions to help determine appropriate primers and coating systems for recreation rooms, workshops, storage areas and finished basement spaces.

Patio & Outdoor Concrete Coatings

Winnipeg exterior concrete experiences annual temperatures ranging from summer conditions above 30°C to winter periods below -30°C, creating a much different environment from an indoor floor. Patios, walkways and other exposed slabs require coating systems selected for UV stability, water exposure, traction and repeated thermal movement, with exterior-compatible polyaspartic, polyurea or other specified materials used where appropriate.

Our Commercial Epoxy Flooring Services

Restaurant & Food & Beverage Epoxy Flooring

Restaurants, cafés, bakeries, breweries and food-service spaces expose floors to grease, food acids, beverage spills and continuous pedestrian traffic. Seamless resinous flooring can incorporate slip-resistant aggregate and chemical-resistant topcoats while eliminating grout joints, creating a durable surface for dining areas, service counters, beverage areas and other front- and back-of-house spaces.

Commercial Kitchen Epoxy Flooring

Commercial kitchens require heavier-duty systems around cook lines, dishwashing areas, floor drains and food-preparation zones where hot water, grease and frequent washdowns occur. Cementitious urethane systems can be installed at greater thicknesses than conventional epoxy coatings and specified for thermal shock, moisture, impact and chemical exposure, while integral cove bases create a continuous floor-to-wall transition.

Retail & Showroom Epoxy Flooring

Retail stores and showrooms combine continuous pedestrian traffic with shopping carts, movable displays and customer-facing appearance requirements. Metallic epoxy, decorative flake, solid-colour systems and protective polyaspartic or polyurethane topcoats provide different combinations of gloss, texture, abrasion resistance and visual character for boutiques, dealerships, salons, fitness studios and showrooms.

Office & Commercial Space Epoxy Flooring

Offices and professional facilities require flooring that withstands rolling chairs, furniture movement, pedestrian traffic and routine cleaning without creating an industrial appearance. Solid-colour, subtle decorative and seamless epoxy systems can be specified for reception areas, corridors, workspaces, common areas and other commercial interiors, with protective topcoats providing additional resistance to scuffs, stains and abrasion.

Healthcare & Medical Epoxy Flooring

Medical clinics, dental offices, veterinary facilities, laboratories and treatment spaces benefit from seamless floors designed around frequent cleaning and disinfectant exposure. Resinous systems can incorporate chemical-resistant finishes, slip-resistant textures and integral coving to reduce joints and transitions in examination rooms, laboratories, corridors, treatment areas and other hygiene-sensitive environments.

School & Institutional Epoxy Flooring

Schools, colleges, universities, daycares and community facilities place flooring under repeated pedestrian, cart and equipment traffic throughout long operating cycles. Epoxy systems can combine abrasion-resistant topcoats, slip-resistant textures and seamless construction for classrooms, corridors, cafeterias, entrances, maintenance areas and other high-use institutional spaces.

Our Industrial Epoxy Flooring Services

Warehouse Flooring

Warehouses, distribution centres and logistics facilities place concentrated wear on concrete through forklifts, pallet jacks, caster wheels, loading operations and pallet-racking areas. Industrial resinous systems can range from approximately 20–40 mil high-build epoxy coatings to 1/8–1/4 in. (3–6 mm) aggregate-filled mortar systems for more demanding impact and traffic conditions. Quartz or silica broadcasts, abrasion-resistant topcoats and slip-resistant aggregates can also be specified for forklift aisles, turning zones, loading areas and pedestrian routes.

Manufacturing Facility Flooring

Production floors encounter a different combination of machinery, carts, dropped tools, lubricants, solvents, process chemicals and concentrated equipment loads. Depending on exposure, systems can incorporate 100% solids epoxy, graded-silica epoxy mortar, chemical-resistant novolac epoxy and polyurethane or polyaspartic wear coats. High-build epoxy is commonly installed around 20–40 mils (0.5–1.0 mm), while heavily loaded or damaged areas may require 1/8–1/4 in. (3–6 mm+) mortar systems for greater impact resistance and load distribution.

Automotive & Mechanical Shop Epoxy Flooring

Repair shops, dealership service bays, fleet garages and mechanical facilities expose floors to motor oil, transmission fluid, brake fluid, coolants, road salt, tyre traffic, rolling toolboxes and concentrated loads from jacks and vehicle lifts. Multi-layer systems can combine high-build epoxy or epoxy mortar with silica or quartz aggregate and chemical- and abrasion-resistant polyurethane or polyaspartic topcoats. The coating specification can also be adjusted between service bays, vehicle travel lanes, wash areas and equipment zones instead of applying one uniform system throughout the shop.

Why Choose Winnipeg Precision Epoxy Flooring

Concrete Surface Preparation Matched to the Coating System

Long-term adhesion begins with creating the correct concrete surface profile rather than simply cleaning the slab. Depending on the existing concrete and flooring specification, mechanical preparation can include diamond grinding or shot blasting to remove laitance, weak surface material and existing coatings while producing an appropriate ICRI Concrete Surface Profile (CSP). The ICRI CSP scale ranges from CSP 1 to CSP 10, allowing preparation to be matched to thin coatings, high-build systems and heavier resinous flooring.

Concrete Moisture Conditions Evaluated Before Coating

Concrete can contain moisture even when the surface appears completely dry. In-situ relative-humidity testing under ASTM F2170 evaluates moisture conditions within the slab, with probes placed at 40% of slab depth when the concrete is drying from one side. Test results, slab condition and manufacturer limits help determine whether the floor can receive the specified coating or requires a moisture-mitigation system first.

Coating Thickness Designed Around Floor Use

Not every epoxy floor should have the same build thickness. Thin protective coatings may be measured in mils, while high-build epoxy and aggregate-filled mortar systems can reach approximately 1/8 to 1/4 inch (3–6 mm) or more for demanding environments. Vehicle traffic, forklifts, impacts, abrasion and substrate condition are considered when selecting the required system build rather than relying on a one-coat solution.

Resin Chemistry Selected for the Exposure

Epoxy, polyaspartic, polyurea, polyurethane, urethane cement and novolac epoxy provide different performance characteristics. UV exposure, chemical contact, thermal cycling, cure requirements, abrasion and moisture conditions can determine which resin or combination of materials is appropriate, allowing residential garages, commercial kitchens and manufacturing floors to receive systems designed around their actual operating environment.

Slip Resistance Built Into the Flooring System

Floor texture can be adjusted using broadcast aggregates such as silica, quartz or aluminium oxide instead of relying on a smooth resin finish in every environment. Aggregate type, particle size and broadcast density influence surface texture and traction, allowing systems to be adapted for dry pedestrian areas, wet processing environments, automotive bays and other locations where water, oils or contaminants may reach the floor.

Cracks, Spalling & Surface Defects Addressed Before Installation

Coating performance depends on the concrete underneath it. Cracks, pitting, spalled concrete, deteriorated joints, laitance and oil-contaminated areas are evaluated during preparation and repaired or treated where appropriate before the flooring system is installed. Addressing these substrate conditions helps create a more uniform bonding surface and reduces the risk of existing concrete defects compromising the finished resinous floor.

Our Epoxy Flooring Process

Step 1: Concrete Inspection & System Specification

Every project begins with evaluating the existing concrete, intended floor use and exposure conditions. We inspect for cracks, spalling, pitting, previous coatings, contamination and visible moisture concerns while considering pedestrian or vehicle traffic, chemicals, abrasion and cleaning requirements. These conditions help determine the appropriate preparation method, resin chemistry, system thickness and finished texture.

Step 2: Mechanical Surface Preparation

Concrete is mechanically prepared using diamond grinding or shot blasting where appropriate to remove laitance, weak surface material, contaminants and incompatible existing coatings. Preparation creates an ICRI Concrete Surface Profile (CSP) suited to the specified resinous system, providing the texture required for mechanical adhesion rather than relying on acid etching or coating over smooth concrete.

Step 3: Moisture Testing & Concrete Repair

Moisture conditions are evaluated when required before coating installation, with in-situ relative-humidity testing under ASTM F2170 providing measurements from within the concrete slab. Cracks, pits and spalled areas are repaired using compatible materials, while excessive slab moisture may require a moisture-mitigation primer or different flooring specification before subsequent coats are applied.

Step 4: Primer, Build Coat & Aggregate Installation

The prepared substrate receives the specified primer and resinous build coat, which may include 100% solids epoxy, urethane cement or another system selected for the application. Decorative flake, coloured quartz or silica aggregate can be broadcast into the wet resin to increase system thickness, create texture or provide additional wear and slip resistance.

Step 5: Protective Topcoat & Finished Texture

Polyaspartic, polyurethane or other compatible protective topcoats are applied according to the required abrasion, chemical and UV exposure. Gloss level, aggregate size and surface texture can be adjusted for the environment, from smoother decorative residential floors to more aggressively textured commercial and industrial surfaces exposed to water, oils or frequent traffic.

Step 6: Final Inspection & Return to Service

The completed floor is inspected for consistent coverage, finish quality and specified surface texture before being returned to use. Cure and return-to-service times depend on resin chemistry, coating thickness, slab and ambient temperature, humidity and manufacturer requirements, so pedestrian traffic, equipment and vehicles are permitted only after the installed system has reached the appropriate stage of cure.


Our Epoxy Flooring Systems

1. 100% Solids Epoxy Flooring

100% solids epoxy provides a high-build resin layer without relying on solvent evaporation to form the finished coating. It can be used as a primer, pigmented build coat or binder for silica and quartz aggregates, allowing systems to be designed for residential, commercial and industrial concrete. Depending on the complete system, epoxy can provide resistance to abrasion, impacts, oils, stains and many common chemicals while creating a seamless surface.

2. Polyaspartic & Polyurea Floor Coatings

Polyaspartic and polyurea technologies are useful where rapid curing, abrasion resistance or UV stability are important to the flooring specification. They can serve as complete coating systems or as protective topcoats over epoxy, decorative flake and quartz systems. Their faster cure characteristics can also reduce return-to-service time compared with many conventional epoxy formulations, although actual cure schedules depend on the product, temperature and installation conditions.

3. Urethane Cement Flooring

Urethane cement combines polyurethane resin, cement and aggregate to create substantially heavier flooring systems for wet and demanding environments. Commercial systems are commonly installed from approximately 1/8 to 1/4 in. (3–6 mm), while some heavy-duty polyurethane-cement screeds reach 1/4 to 3/8 in. (6–9 mm). Its resistance to thermal shock, impact, abrasion and chemical exposure makes it particularly useful for commercial kitchens, food and beverage processing and manufacturing environments.

4. Decorative Quartz Flooring Systems

Coloured quartz aggregate combines decorative appearance with significantly more texture and aggregate content than a conventional smooth coating. Single- and double-broadcast systems can incorporate 100% solids epoxy or polyaspartic resin, with some double-broadcast specifications reaching approximately 1/8 in. finished thickness. Quartz systems can be adjusted for traction and are well suited to wet, high-traffic commercial, institutional and industrial environments.

5. Metallic & Solid-Colour Epoxy Flooring

Metallic pigments dispersed through epoxy create flowing colour variations and a highly decorative finish in which no two floors are visually identical, while solid-colour epoxy provides a more uniform appearance. These systems can be specified for basements, retail spaces, showrooms, offices and other customer-facing interiors, then protected with compatible clear or pigmented topcoats according to the required gloss, abrasion resistance and UV exposure.

6. Epoxy Mortar & Heavy-Duty Resinous Flooring

Epoxy mortar combines resin with graded aggregate to build considerably greater thickness than a conventional rolled coating. Trowel-applied systems can be installed from approximately 1/4 in. upward depending on the specification, providing additional material for deteriorated concrete, impact-prone areas, loading zones, service bays and demanding production floors. Protective urethane or polyaspartic finish coats can then be incorporated where additional wear or chemical resistance is required.

7. Chemical-Resistant & Specialty Flooring Systems

Facilities exposed to acids, alkalis, solvents, oils, cleaning agents or process chemicals may require resin chemistry selected around the specific exposure rather than standard general-purpose epoxy. Novolac epoxy, chemical-resistant urethanes and other specialty systems can be specified according to chemical concentration, contact duration, operating temperature and cleaning procedures, particularly in laboratories, manufacturing, food processing and other demanding environments.

How Much Does Epoxy Flooring Cost in Winnipeg, MB?

Flooring System Selected

The cost of epoxy flooring in Winnipeg typically ranges from $5 to $15+ per square foot depending on the flooring system selected, the condition of the existing concrete, the amount of surface preparation required, and the intended use of the space. Residential garage coatings generally fall at the lower end of the range, while commercial, industrial, decorative, and specialty flooring systems often require additional materials, labour, and system build-up.


Concrete Condition & Surface Preparation

Surface preparation is one of the biggest factors affecting project costs. Winnipeg's freeze-thaw cycles, road salt exposure, moisture migration, cracking, spalling, and concrete deterioration often require repairs before a coating system can be installed. Proper preparation is essential for long-term adhesion and durability.


Project Size & Performance Requirements

Project size, coating thickness, decorative finishes, anti-slip additives, chemical resistance requirements, and moisture mitigation systems can all influence final pricing. Commercial and industrial facilities may require forklift-rated systems, thicker build-ups, or specialized performance characteristics that increase overall costs.


Why Professional Assessments Matter

Because every project is unique, the most accurate way to determine pricing is through an on-site assessment. This allows us to evaluate concrete condition, repair requirements, moisture levels, traffic exposure, and performance goals before recommending the most appropriate flooring system.


Pricing varies based on surface condition, system design, and project requirements. On-site assessments provide the most accurate estimates.

Typical Epoxy Flooring Cost Ranges in Winnipeg

Epoxy Flooring Type
Typical Cost Range (per sq ft)

Garage Epoxy Flooring

$5.00 – $8.00

Basement Floor Coatings

$6.00 – $10.00

Decorative Flake Flooring

$7.00 – $12.00

Metallic Epoxy Flooring

$10.00 – $15.00+

Polyaspartic Floor Coatings

$8.00 – $13.00

Commercial Epoxy Systems

$8.00 – $15.00+

Industrial Flooring Systems

$10.00 – $18.00+

Moisture Mitigation & Concrete Repairs

$1.00 – $3.00+ additional

Trusted By Homeowners, Businesses & Industrial Facilities Throughout Winnipeg

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"We had our garage floor redone and the results exceeded expectations. The crew walked us through the process, handled all the prep work properly, and delivered a clean, durable finish. After a full winter, there’s no peeling or damage—even with snow, salt, and daily use."

Mark T.

Homeowner

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"We had ongoing issues with our basement floor before, but the epoxy system completely changed it. It looks clean, feels solid, and we haven’t had any moisture-related problems since. It’s been a huge upgrade for the space."

Frances Wagner

Homeowner

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"We needed flooring that could handle constant foot traffic while still looking professional for customers. The installation was efficient, and the finish completely upgraded the look of our space. It’s easy to maintain and has held up perfectly so far."

Jason R.

Retail Store Owner

⭐⭐⭐⭐⭐

"Our facility sees heavy forklift traffic and constant wear, so durability was a top priority. The system they installed has performed extremely well, and it’s clear they understand industrial flooring requirements. Very reliable and well-executed work."

Michelle D.

Operations Manager

Our Epoxy Flooring Service Areas in Winnipeg, MB

Winnipeg Precision Epoxy provides residential, commercial and industrial epoxy floor coating services throughout Winnipeg and surrounding Southern Manitoba. Our service area covers established neighbourhoods, newer residential developments, retail and commercial corridors, industrial parks and surrounding communities, with epoxy, polyaspartic, urethane cement and other resinous flooring systems specified for the concrete and operating conditions of each property.

Residential Epoxy Flooring Across Winnipeg Neighbourhoods

We install garage, basement and residential concrete coatings throughout River Heights, Charleswood, Tuxedo, St. Vital, St. Boniface, Transcona, North Kildonan, East Kildonan, St. James and Fort Garry. Coverage also extends through newer south Winnipeg communities including Bridgwater Forest, Bridgwater Lakes, Bridgwater Trails, Prairie Pointe, South Pointe, Richmond West and Waverley Heights, providing flooring options for attached garages, detached garages, basements, workshops and other residential concrete surfaces.

Commercial Epoxy Flooring Along Winnipeg Business Corridors

Commercial epoxy flooring is available for restaurants, retail stores, offices, healthcare facilities, schools and other properties throughout Downtown Winnipeg, the Exchange District, Polo Park, St. James, Pembina Highway, Kenaston Boulevard, Regent Avenue, McPhillips Street and surrounding business districts. Systems can be specified around pedestrian traffic, wheeled equipment, cleaning procedures, slip resistance and the appearance requirements of customer-facing or operational spaces.

Industrial Epoxy Flooring Across Winnipeg Employment Areas

We provide resinous flooring for warehouses, manufacturing facilities, mechanical shops and other industrial properties throughout St. Boniface Industrial Park, Inkster-area employment lands, Fort Garry industrial areas and Winnipeg's airport and CentrePort employment corridor. CentrePort Canada encompasses approximately 20,000 acres across Winnipeg and the RM of Rosser, while CentrePort South contains 2,747 acres of undeveloped land planned for further employment development. Industrial coating systems can be matched to forklift traffic, heavy equipment, abrasion, chemicals and loading or production environments.

Epoxy Flooring Throughout Southern Manitoba

Our service area extends beyond Winnipeg to Steinbach, Niverville, Oakbank, Selkirk, East St. Paul, West St. Paul, Headingley, Oak Bluff, Stonewall and Île-des-Chênes, along with other serviceable communities in Southern Manitoba. We work with residential garages and basements as well as commercial shops, agricultural buildings, workshops, warehouses and other concrete-floor environments outside the city, with project availability depending on location, floor area and coating requirements.

Frequently Asked Questions About Epoxy Flooring in Winnipeg

1. How much does epoxy flooring cost in Winnipeg?

Epoxy flooring in Winnipeg typically ranges from $5 to $15+ per square foot depending on the system type, concrete condition, 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 concrete condition, moisture levels, and project requirements before recommending the most suitable epoxy flooring system and providing an accurate estimate.

2. How long does epoxy flooring last?

A professionally installed epoxy flooring system can last 10–20 years or more, depending on usage and maintenance. High-performance systems with proper surface preparation and topcoats offer significantly longer service life compared to basic coatings.

3. Can epoxy flooring handle Winnipeg winters?

Yes. Our systems are specifically designed to withstand freeze–thaw cycles, temperature swings, and road salt exposure. Proper preparation and high-performance coatings help prevent cracking, peeling, and surface deterioration over time.

4. How long does installation take?

Most residential epoxy flooring projects are completed within 1–2 days, depending on the system and condition of the concrete. Larger or more complex commercial and industrial projects may require additional time.

5. When can I use my epoxy floor after installation?

Light foot traffic is typically allowed within 24 hours, while vehicles can usually return after 48–72 hours depending on the system used. Fast-curing options like polyaspartic coatings can reduce downtime further.

6. Will epoxy flooring peel or delaminate over time?

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.

7. Why do epoxy floors fail?

Common causes include inadequate surface preparation, moisture within the concrete, and using low-quality materials. Our process addresses these factors through mechanical preparation, moisture testing, and system-based installation.

8. Do you repair concrete before installing epoxy flooring?

Yes. If your concrete has cracks, spalling, or surface damage, we handle all necessary repairs as part of the installation process. Proper surface repair ensures strong adhesion and long-term performance of the epoxy system.

9. Is epoxy flooring slippery?

Epoxy flooring can be customized with slip-resistant additives to improve traction. This is especially important for garages, commercial spaces, and areas exposed to moisture or spills.

10. What’s the best epoxy system for a garage in Winnipeg?

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 wear. They provide a balance of performance and appearance for high-use environments.

11. Do you offer commercial and industrial epoxy flooring?

Yes. We install epoxy flooring systems for commercial and industrial facilities, including retail spaces, warehouses, kitchens, and manufacturing environments, using high-performance materials designed for heavy use.

12. Do you provide free estimates or on-site consultations?

Yes. We provide a free on-site assessment to evaluate your concrete condition, moisture levels, and project requirements before recommending the most suitable epoxy flooring system.

13. Can I choose my own epoxy flooring design, colour, or finish?

Yes. You can choose from a wide range of colours, flake blends, and metallic finishes, or share inspiration for your desired look. We’ll recommend options based on your space and usage to ensure both durability and visual appeal. For Winnipeg garages, flake systems are the most popular choice due to their performance in high-traffic and salt-exposed environments.

Have more questions or planning an epoxy flooring project? Request a free on-site assessment and we’ll assess your space, explain your options, and recommend a system built for long-term performance.

Get a Free Epoxy Flooring Quote

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