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Polyurea Garage Floor Coatings in Ann Arbor, MI

Upgrading Garage FLOOR COATING SYSTEMS IN ANN ARBOR with Polyurea-Polyaspartic COATINGS

On this page, we document 8 projects of garage floor coating in Ann Arbor, MI. Our dual-coating systems have converted worn concrete slabs into durable, attractive garage floors. Ann Arbor is a Washtenaw County city with a varied housing stock—from historic neighborhoods near the university to established residential streets with decades-old homes.

Many of the properties where we apply our polyurea-polyaspartic floor coating systems had accumulated the wear and tear of the harsh climate of Michigan. As you will see in these 8 case studies, our garage floor coating specialists work with concrete slabs in a wide variety of conditions: some needed only standard surface preparation. Others required significant remediation—oil extraction, moisture barrier application, and crack and pitting repair—before the polyurea and polyaspartic coats could go down. We describe the process and results, and include the before-and-after photos for each job.

Quality Garage Floor Coatings

Winter road salt, freeze-thaw cycles, automotive fluids, and daily vehicle traffic degrade unprotected garage concrete over time. The damage typically appears as oil staining, cracking, and surface pitting.

Several of our jobs of garage floor coating in Ann Arbor involved concrete with persistent oil contamination penetrating deep into the slab—a condition that grinding alone cannot resolve. Polyurea-polyaspartic systems provide reliable protection against these conditions and deliver an appearance that bare concrete or epoxy products cannot match.

The MotorCity Advantage

MotorCity Floors and Coatings specializes in professional-grade polyurea-polyaspartic systems. These dual-coating systems are replacing epoxy products constrained by older chemistry. Our systems deliver strong chemical resistance, superior durability, greater flexibility, shorter cure times, and proven UV stability that maintains color for decades. We back every installation with an industry-leading warranty.

Each project includes thorough diamond grinding preparation, flexible polyurea crack repair, and careful application to ensure consistent coverage across the full slab. When deep oil contamination is present—as our crew found at a home on Overridge Dr.—we perform oil extraction before grinding. This step prevents petroleum from migrating through the concrete and undermining the coating bond.

Ann Arbor, MI Case Studies

These 8 case studies document show the condition of the substrate, the challenges we encountered, and the steps our crew took to prepare and restore the concrete slab before applying the dual-layer system. Each project reflects a variety of conditions to be addressed, and show the consistent quality standards MotorCity Floors and Coatings applies to every installation.

NEW Garage Floor Coating
on Brackley Drive

Brackley Drive — Ann Arbor, MI

Project Overview

MotorCity Floors and Coatings installed the MC-3.7 coating system at a garage on Brackley Drive, Ann Arbor. The project covered 371 square feet of floor, two steps, and 39 linear feet of 20-inch verticals. Importantly, the concrete required no crack repair — the slab was sound throughout. Our crew applied Sandstone flakes at H-4 density with a 16-grit traction additive.

Initial Substrate Condition

The slab was in good structural condition with no cracking or spalling. Light staining from normal vehicle use appeared near the center of the floor. The vertical surfaces showed raw, unpainted concrete along the perimeter. The two entry steps were bare concrete with no previous coating.

Read More

Surface Preparation

Our crew diamond-ground the slab to open the pore structure of the concrete. The grinding removed surface laitance and any contamination from vehicle use. Our crew ran grinders with dust extraction across the full 371 square feet. Our crew ground up to the threshold at the garage door and stopped there. This boundary kept the coating inside the garage with a clean finished edge.

The two steps received the same grinding treatment as the main floor. Our crew hand-ground the step nosings and risers for full surface coverage. The vertical surfaces along the perimeter received grinding for mechanical adhesion.

Substrate Assessment: No Repairs Required

The concrete showed no cracks, pitting, or low spots requiring repair. Our crew inspected the slab after grinding and confirmed it was coat-ready. Skipping unnecessary repairs kept the project on schedule without cutting corners.

Verticals and Steps

The 20-inch verticals required care around the base of the walls. Our crew cut in the Sandstone flake system by hand along the perimeter. Our team applied the MC-3.7 base coat to the verticals before the floor. The two steps received full base coat and broadcast flake on treads and risers. The same Sandstone color ties the steps into the floor seamlessly.

MC-3.7 Coating System Application

Our crew applied the polyurea base coat by roller across the prepared floor. Our team broadcast Sandstone flakes at H-4 density into the wet base. H-4 gives a lighter, more open flake pattern than a full-broadcast finish. The warm tan-and-cream tones of Sandstone suit the garage interior well. Our crew finished with a polyaspartic top coat carrying 16-grit traction additive.

Completed Installation

The finished floor stops cleanly at the garage door threshold. The H-4 broadcast leaves visible concrete texture through the flake pattern. Sandstone reads warm under both artificial light and natural daylight. The 16-grit traction additive does not change the visual character of the top coat. The MC-3.7 system bonds directly to the concrete and resists peeling under traffic.

Technical Specifications

Location Ann Arbor, MI
Floor Area 371 square feet
Vertical Coverage 39 linear feet, 20-inch height
Steps 2 (treads and risers coated)
Coating System MC-3.7 polyurea-polyaspartic
Flake Color Sandstone
Broadcast Density H-4
Traction Additive 16-grit
Concrete Repairs None required
Coating Boundary Interior only — stops at garage door threshold

Click on the photos to enlarge them

NEW Garage Floor Coating
on Cedar Ridge Drive

Cedar Ridge Drive — Ann Arbor, MI

Project Overview

The Cedar Ridge Dr. garage floor carried years of mixed contamination. Paint spills, vehicle fluids, and surface debris covered the full 400 square feet. MotorCity Floors and Coatings installed the MC3.8 system in Silver Creek. The scope included the main floor, three wooden entry steps, and light concrete repairs.

Initial Substrate Condition

This slab had the most varied surface contamination of any project in this series. Paint spills in multiple colors covered large zones around the joint intersections. Oil staining overlapped with paint residue across the center of the floor. Scratch marks and dried adhesive added further layers of surface debris.
The contamination extended across all four slab panels. No single zone of the floor had clean, unaffected concrete. The wooden entry steps showed heavy weathering and surface grime. Read More

Surface Preparation

Our crew ground the 400-square-foot slab to clear all contamination. The grinding removed paint, oil residue, and surface debris in one systematic pass. Our team vacuumed the floor between passes to prevent cross-contamination. After grinding, the concrete showed a clean, open profile ready for repair.

Crack and Joint Repair with MR-50

Grinding revealed cracks at the control joints and along the step base. Our crew applied MR-50 repair primer directly into each crack. MR-50 penetrates open cracks and bonds to the concrete from inside the void. The team worked MR-50 into the joint at the step base to seal water entry points. Treated cracks received filler after the MR-50 cured to complete each repair.

Wooden Step Preparation and Coating

The three entry steps were wood construction, not concrete. Wood requires different prep than concrete before a polyurea-polyaspartic system. Our crew cleaned and abraded each tread and riser surface by hand. Our team applied the MC3.8 base coat and Silver Creek flakes to each step. The steps match the floor color and carry the same 16-grit top coat for grip.

MC3.8 Coating System Application

Our crew rolled the polyurea base coat across the 400-square-foot slab. Our team broadcast Silver Creek flakes into the wet base coat in full coverage. Against the gray-painted walls of this garage, Silver Creek reads distinctly dark. The charcoal and white chip contrast stands out sharply in this interior. Our crew applied the polyaspartic top coat with 16-grit traction additive throughout.

Completed Installation

No paint, oil, or surface debris carries through beneath the finished coating. The MC3.8 system encapsulates all repaired cracks and treated joints. The wooden steps integrate seamlessly with the floor in Silver Creek color. The gray wall color amplifies the contrast of the dark Silver Creek surface.

Technical Specifications

Location

Ann Arbor, MI

Floor Area

400 square feet

Steps

3 wooden steps (treads and risers coated)

Wall Verticals

None

Prior Surface

Bare concrete — paint spills, oil, mixed contamination

Crack Repair

MR-50 repair primer applied to cracks and joints

Coating System

MC3.8 polyurea-polyaspartic

Flake Color

Silver Creek

Traction Additive

16-grit

Click on the photos to enlarge them

NEW Garage Floor Coating
on Country Club Road

Country Club Road — Ann Arbor, MI

Project Overview

This 707-square-foot garage on Country Club Rd had a deteriorated epoxy floor. MotorCity Floors and Coatings stripped the old coating and addressed pitting and cracks below. The project also required working around a center-slab floor drain. Our crew finished with the MC3.8 system in Silver Creek with 16-grit traction

Condition of the Existing Epoxy

The existing epoxy coating showed advanced wear across both parking bays. Vehicle fluid had saturated the tire tracks and stained through to the concrete. The coating surface had lost adhesion near the control joints. Seasonal freeze-thaw cycles had accelerated cracking along the joint lines.

Oil pooling had concentrated near the floor drain in the center of the slab. The drain area showed the heaviest surface staining of any zone in the garage. Contamination around the drain penetrated below the existing epoxy.

Read More

Epoxy Removal and Diamond Grinding

Our crew stripped the old epoxy using heavy diamond grinding equipment. The grinder cut through the coating and removed embedded contamination. Our team worked carefully around the floor drain to maintain its function. After stripping, pitting and crack damage appeared across much of the slab.
The grinding pass revealed deep pitting concentrated around the drain. Control joint cracks had widened beneath the old coating. Both conditions required repair before base coat application.

Pitting and Crack Repair

Our crew addressed two separate defect types across the 707 square feet. Cracks along the control joints received semi-rigid filler to bridge each seam. Our team used Mender epoxy to fill and level the pitted areas of the slab. Our crew flooded low zones so the Mender filled each void from the bottom up.
Our team allowed both repairs to cure before any coating began. The repaired slab presented a stable, consistent surface across all 707 square feet.

MC3.8 Coating System Application

Our crew applied the polyurea base coat by roller across the prepared slab. Our team cut in around the floor drain by hand for full coverage. Our crew broadcast Silver Creek flakes into the wet base coat. Silver Creek layers dark charcoal, mid-grey, and bright white chips together. The multi-tone blend reads differently depending on viewing angle and light.
Our crew applied the polyaspartic top coat over the cured flake layer. A 16-grit traction additive went into the top coat across the full surface. The drain collar received a clean coat edge to preserve its function.

Completed Installation

The finished floor shows no trace of the prior staining or adhesion failure. Silver Creek gives the space a bold, high-contrast look across the full 707 square feet. The repaired pitting and cracks lie sealed beneath the coating system. The floor drain sits flush and accessible within the coated surface.

Technical Specifications

Location

Ann Arbor, MI

Floor Area

707 square feet

Verticals

None

Steps

None

Prior Surface

Failing epoxy coating — fully stripped

Concrete Repairs

Pitting (Mender epoxy flooding) and crack filling

Floor Drain

Present — worked around and preserved

Coating System

MC3.8 polyurea-polyaspartic

Flake Color

Silver Creek

Traction Additive

16-grit

Click on the photos to enlarge them

NEW Garage Floor Coating
on Hensley Drive

Hensley Drive — Ann Arbor, MI

Project Overview

This Hensley Dr. garage had freshly poured concrete ready for its first coating. MotorCity Floors and Coatings installed the MC3.8 system on 594 square feet. The scope included the main floor, 7 linear feet of step risers, and step treads. Our crew used Pebble Beach flakes with 16-grit traction in the top coat.

Surface Preparation on New Concrete

New concrete requires grinding before any coating can bond to it. Concrete curing compounds and surface laitance block direct adhesion. Our crew ground the full 594 square feet to open the slab surface. Grinding removed the curing layer and created a mechanical profile for bonding. Our team vacuumed the ground surface before any material touched the floor.

No repairs were needed — new concrete carries no prior staining or defects. The slab went straight from grinding to base coat application.

Step Risers and Treads

The entry steps connect the garage floor to the house interior. Our crew ground the step risers and treads by hand for full surface coverage. Our team applied Pebble Beach base coat to the risers before coating the floor. Each tread received the same flake broadcast and top coat as the main surface. The result ties the steps into the floor with a continuous finished look. Read More

MC3.8 Coating System Application

Our crew rolled the polyurea base coat across the prepared slab in full. Our team broadcast Pebble Beach flakes into the wet base coat by hand. Pebble Beach combines warm tans, soft greys, and off-white chips. The tone suits garages with white or light-painted walls, as seen here. Our crew finished with a polyaspartic top coat carrying 16-grit traction additive.

Completed Installation

Starting with new concrete gave this floor a clean base from the first day. No residue, prior coatings, or staining required removal before work began. Pebble Beach reads warmer and lighter than darker blends like Silver Creek. The 16-grit texture provides reliable grip without roughening the visual finish. The MC3.8 system seals the new slab against vehicle fluids and surface wear.

Technical Specifications

Location

Ann Arbor, MI

Floor Area

594 square feet

Concrete Condition

New pour — no prior coating

Step Risers

7 linear feet (coated)

Wall Verticals

None

Prior Surface Removal

None required

Concrete Repairs

None required

Coating System

MC3.8 polyurea-polyaspartic

Flake Color

Pebble Beach

Traction Additive

16-grit

Click on the photos to enlarge them

NEW Garage Floor Coating
on Kimberley Road

Kimberley Rd — Ann Arbor, MI

Project Overview

This Kimberley Rd garage had a failing epoxy coating in need of full replacement. MotorCity Floors and Coatings stripped the old epoxy and installed the MC3.8 system. The project covered 386 square feet with no verticals, steps, or concrete repairs. Our crew finished with Glacier flakes and a 36-grit traction additive.

Condition of the Existing Epoxy

The original epoxy coating had degraded across the full slab. Tire marks and fluid staining had penetrated the worn surface. The epoxy showed gloss loss and surface contamination throughout. Cracks at the control joints had widened through the coating layer.
Fluid deposits along the vehicle tracks had stained through the epoxy. The surface had lost its bond in several areas near the control joints. Heavy use had worn the old coating unevenly across both parking bays. Read More

Epoxy Removal and Surface Preparation

Our crew stripped the old epoxy using diamond grinding equipment. The grinder cut through the coating and exposed raw concrete below. Grinding also cleared the contamination that had soaked through the epoxy. Our team made multiple passes across the 386 square feet to ensure full removal.

The concrete beneath the epoxy was structurally sound with no pitting or spalling. Our crew inspected the stripped slab and confirmed no repairs were needed. The clean, open surface was ready for MC3.8 base coat application.

MC3.8 Coating System Application

Our crew rolled the polyurea base coat across the prepared slab. Our team broadcast Glacier flakes into the base coat while it remained wet. Glacier is a cool, light-grey blend with white and silver tones. The color pairs well with the painted block wall perimeter of this garage.

Our crew back-rolled the flake layer to press chips into the base coat evenly. Our team then applied the polyaspartic top coat across the full surface. A 36-grit traction additive went into the top coat for grip underfoot. 36-grit is a coarser profile than 16-grit, giving more pronounced texture.

Completed Installation

Glacier gives this floor a clean, neutral tone that brightens the interior. The full-broadcast flake pattern conceals the control joints visually. The 36-grit surface provides firm footing even in wet or icy conditions. No staining, tire tracks, or wear marks from the old coating carry through.

Technical Specifications

Location

Ann Arbor, MI

Floor Area

386 square feet

Verticals

None

Steps

None

Prior Surface

Failing epoxy coating — fully stripped

Coating System

MC3.8 polyurea-polyaspartic

Flake Color

Glacier

Traction Additive

36-grit

Concrete Repairs

None required

Click on the photos to enlarge them

NEW Garage Floor Coating
on Oak Ravine Court

Oak Ravine Ct — Ann Arbor, MI

Project Overview

MotorCity Floors and Coatings coated a 17-year-old garage on Oak Ravine Ct in Ann Arbor. The floor measured 1,110 square feet with 58 linear feet of block wall verticals. Our crew installed the MC-4.9 system with Silver Creek flakes and 16-grit traction. Moisture testing confirmed no moisture barrier was necessary before coating.

Initial Substrate Condition

The floor showed 17 years of oil staining and surface contamination. Tire marks and fluid deposits covered most of the slab. Control joints had minor cracking along several seams. The block wall perimeter showed unpainted, porous masonry throughout.
Surface discoloration varied in depth across the slab. The concrete showed no spalling or structural deterioration. Some areas near the raised platform edge showed heavier staining. Read More

Moisture Testing Protocol

Our crew tested moisture levels before grinding and again after. We used a calibrated moisture reader at multiple points across the slab. The highest reading recorded was 3.8. Readings below 4.0 allow direct coating without a moisture barrier. No barrier was necessary on this project.

Surface Preparation

Our crew diamond-ground the full 1,110 square feet to open the surface. Grinding removed the laitance layer and surface contaminants. Our team vacuumed thoroughly after each pass. The block wall verticals required hand-held grinding along the perimeter.

Crack and Joint Repair

Our crew filled the control joint cracks before coating. Our team used a semi-rigid filler suited to the polyurea system above. The filler accommodates minor movement without cracking the coating.

Surface Flooding

Our crew flooded low areas of the slab to level the surface. This step eliminated minor low spots from years of wear. Our team spread and leveled the material across affected zones. The flooded areas cured fully before base coat application.

Block Wall Vertical Preparation

The 58 linear feet of block wall required separate prep and coating. Our crew hand-ground each vertical surface to create mechanical adhesion. Block masonry is porous, so our team applied a dedicated vertical primer. Our crew then coated the verticals with the same MC-4.9 system. The finished verticals tie the floor and wall into one continuous surface.

MC-4.9 Coating System Application

Our crew rolled the polyurea base coat across the prepared slab. Our team broadcast Silver Creek flakes at H-6 density into the wet base. H-6 density delivers a tight, full-coverage flake pattern across the floor. Our crew then applied the polyaspartic top coat with 16-grit traction additive.

Completed Installation

Silver Creek delivers a charcoal-and-white tone that reads clean in any light. The H-6 broadcast fills the surface with dense flake coverage. The 16-grit additive provides traction without altering the finished appearance. The MC-4.9 top coat resists abrasion, UV degradation, and chemical exposure.

Technical Specifications

Location

Ann Arbor, MI

Floor Area

1,110 square feet

Vertical Coverage

58 linear feet of block wall

Coating System

MC-4.9 polyurea-polyaspartic

Flake Color

Silver Creek

Broadcast Density

H-6

Traction Additive

16-grit

Moisture Barrier

Not required (max reading: 3.8)

Steps

None

Click on the photos to enlarge them

NEW Garage Floor Coating
on Overridge Drive

Overridge Drive — Ann Arbor, MI

Project Overview

The homeowners on Overridge Dr. contacted MotorCity Floors and Coatings for their garage. The attached 540-square-foot garage had accumulated years of vehicle use and neglect. A connected 21-square-foot workroom featured a wood floor with its own boundary condition.

Our crew identified three primary challenges before work began: oil saturation, surface damage, and elevated moisture.

The homeowners selected the Pebble Beach color in the MC4 coating system.

Initial Substrate Condition

Our crew conducted a thorough inspection of the full slab before planning the work sequence. The concrete showed crack patterns running in multiple directions across the floor. Surface pitting appeared throughout the slab, concentrated near the garage door opening. 

Freeze-thaw cycles had opened and widened the surface voids over time. Oil contamination covered several distinct zones under each parking position. The dark saturation indicated petroleum had penetrated well below the concrete surface. Moisture readings near the perimeter walls exceeded acceptable levels for direct coating. That finding placed a moisture barrier in the required scope of work.

Read More

Oil Extraction

Oil penetration deep into concrete cannot be removed by grinding alone. Our crew applied a petroleum drawing compound over all contaminated areas of the slab. The compound draws petroleum molecules from within the concrete to the surface. Our team spread the material thoroughly and allowed it to cure.

After curing, they removed the compound along with the extracted oil. The treated zones then showed lighter coloration, confirming successful extraction. This step prevents residual oil from migrating through the slab and compromising adhesion.

Diamond Grinding

Our crew ran diamond grinding equipment across all 540 square feet of the garage floor. The 16-grit MC4 configuration cuts aggressively into the concrete surface. This grit level creates the profile necessary for polyurea adhesion.

Our team worked systematically from one end of the garage to the other. The grinder removed surface laitance, contamination residue, and weak material.

Our crew paid careful attention along the workroom perimeter to maintain a defined boundary. The workroom wood floor required no grinding and remained untouched throughout the process.

Concrete Repairs and Flooding

With grinding complete, our crew turned to the pitting and cracks across the floor.
They filled surface voids with a two-part polyurea mender compound. They troweled each repair flush with the surrounding concrete surface. The larger cracks received a flexible polyurea filler to accommodate minor slab movement.

After individual repairs cured, our crew flooded the entire floor with a skim coat.
The flood coat filled micro-voids and unified the surface texture across all 540 square feet.

Second Grind

After repairs cured, our crew made a second pass with the diamond grinder. This grind knocked down excess repair material and leveled the flood coat.

The floor emerged with a uniform surface profile ready for coating. Our crew vacuumed the floor thoroughly to remove all grinding dust.

Moisture Barrier

Our crew applied MR50 moisture barrier primer across the entire slab. MR50 seals the concrete against vapor transmission from below the slab. This primer protects adhesion wherever moisture readings exceed coating thresholds.

Our team allowed full cure time before proceeding to the polyurea base coat.

Polyurea Base Coat and Pebble Beach Flakes

Our crew mixed and applied the polyurea base coat across all 540 square feet. They worked in systematic, overlapping passes to achieve consistent film thickness.

While the base coat remained open, our team broadcast the Pebble Beach flake blend. The Pebble Beach palette combines tan, warm grey, and subtle earth tones.

Flakes fell across the wet surface in dense, random coverage. Our crew recovered excess flakes after the base coat reached its gel point.

Polyaspartic Clear Coat

Our crew mixed the polyaspartic clear coat following precise component ratios. They incorporated traction additive throughout the material before application. The traction additive improves grip on the finished floor surface.

Our team applied the clear coat in even passes across the entire area. The clear coat locks the flake layer and provides surface durability.
UV stability in the polyaspartic chemistry maintains color integrity over time.

Project Specifications

Location

Overridge Drive, Ann Arbor, Michigan

Garage Area

540 sq ft

Workroom Area

21 sq ft (wood floor — boundary treated)

Wall Verticals

None

Steps

None

Coating System

MC4

Color

Pebble Beach

Diamond Grit

16-grit

Grinding Passes

Two (pre-repair and post-repair)

Repairs

Pitting and cracking — polyurea mender and flexible crack filler

Flood Coat

Full-slab skim coat applied after repairs

Oil Treatment

Petroleum drawing compound extraction prior to grinding

Moisture Barrier

MR50 primer — full slab coverage

Traction Additive

Incorporated in clear coat

The Result

The Overridge Drive garage now presents a uniform Pebble Beach floor. Tan and warm grey tones give the space depth and a finished character. Cracks, oil stains, and surface pitting are no longer visible anywhere. The workroom threshold presents a clean, defined boundary between surfaces. The MR50 primer and MC4 coating guard against moisture intrusion over time. MotorCity Floors and Coatings delivered a durable, well-prepared garage floor coating for this Ann Arbor home.

Click on the photos to enlarge them

New Garage Floor Coating
on South Ridgemont Lane

South Ridgemont Lane — Ann Arbor, MI

Project Overview

This 545 square-foot garage on South Ridgemont Ln is the 8th case study of our garage floor coating work in Ann Arbor.

The existing surface had an old epoxy coating over heavily pitted concrete. Our crew removed the epoxy, repaired the pitting, and applied the MC3.8 system. The project finished with an Aztec Beige flake blend and 24-grit traction.

Initial Substrate Condition

The floor showed an old epoxy coating across the entire slab. This clear epoxy coating is not very visible on the photos but you can see the yellowish, milkish tint typical of aging expoxy: as its chemicals break down, UV resistance decreases and sun exposure bakes the top layer.

Oil stains and surface contamination appeared throughout. Cracks traversed the slab between expansion joints. The concrete had no steps and no vertical surfaces.

The epoxy coating showed peeling and adhesion failure. Grinding revealed the full extent of the pitting below. The pitting spread across both slabs of the garage floor.

Read More

Surface Preparation: Epoxy Removal and Grinding

Our crew began with diamond grinding to strip the existing epoxy. The grinder removed the coating and exposed raw concrete below. Our team made multiple passes to open the surface of the concrete. Our crew vacuumed debris between passes to keep the surface clean.

The grinding process revealed heavy pitting beneath the old epoxy. Our team ground the full 545 square feet to a consistent profile. Our crew cleaned the surface thoroughly before pitting repair.

Pitting Repair: Mender Epoxy Flooding

The concrete showed heavy pitting across both sections of the slab. Standard skim coat repair does not fill deep or widespread pitting. Our crew used Mender epoxy to flood and fill the pitted areas. 

Our team applied Mender across multiple zones throughout the garage to make sure to fill up voids. Then we allowed the Mender to cure before the next step. This technique produced a stable, even base across the full slab.

MC3.8 Coating System Application

Our crew applied the MC3.8 polyurea base coat across the prepared surface. Our team broadcast Aztec Beige flakes into the wet base coat. We back-rolled the flake layer for even distribution. Then we applied a polyaspartic top coat over the broadcast layer.

The top coat included a 24-grit traction additive throughout. We placed caution barriers while the coating cured to prevent accidental foot trafic. The MC3.8 system cures fast and resists return traffic within hours.

Completed Installation

The Aztec Beige blend produces a warm, natural tone across the floor. The 24-grit additive provides slip resistance in wet conditions. The MC3.8 system resists chemicals, abrasion, and UV exposure. The coating covers and seals the repaired pitting throughout the slab.

Technical Specifications

Location

Ann Arbor, MI

Floor Area

545 square feet

Coating System

MC3.8 polyurea-polyaspartic

Flake Color

Aztec Beige

Traction Additive

24-grit

Pitting Repair

Mender epoxy flooding

Verticals

None

Steps

None

Click on the photos to enlarge them

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