Epoxy floors are everywhere in commercial and industrial settings — warehouses, distribution centres, manufacturing facilities, commercial kitchens, healthcare buildings. They're there because they work: aggressive adhesion to prepared concrete, chemical resistance, durability under forklift traffic and continuous foot traffic.
When it's time to remove them, that durability becomes the problem. Well-bonded commercial epoxy doesn't respond to underpowered equipment. And while ride-on scrapers handle the job acceptably, there's a meaningful gap between what a ride-on can do on large epoxy removal projects and what a hydraulic skid steer attachment running a wide blade can do.
This article explains why epoxy is difficult to remove, what the equipment options actually deliver, and where the performance difference matters.
Why Epoxy Bonds So Well
Epoxy floor coatings are two-component systems: resin and hardener that cure into a rigid, cross-linked polymer matrix. When applied to a properly prepared concrete surface — typically shot-blasted or ground to CSP 3 to 5 — the cured epoxy mechanically interlocks with the surface profile and forms a bond engineered to resist delamination under load.
Pull-off adhesion values for properly installed commercial epoxy typically run 200 to 400 psi. For context, that's near the tensile strength of the concrete itself, which is why epoxy removal sometimes lifts concrete paste along with the coating. Remember that the tensile strength of concrete is much lower than its compressive strength.
Epoxy also varies significantly in what you're removing:
• Thin-build systems: 0.5mm to 1mm, common in light commercial and institutional settings. The most cooperative to remove
• Standard body coat systems: 1mm to 3mm, the most common commercial and industrial floor coating
• Thick broadcast systems: 3mm to 6mm or more, used in heavy industrial settings with aggregate broadcast into the coating for texture and additional thickness
Broadcast systems are the most physically demanding to remove. The aggregate adds abrasive load on the blade and the coating mass requires more force to lift cleanly.
Walk-Behind Electric Scrapers: Not the Right Tool for Commercial Epoxy
Walk-behind electric scrapers on well-bonded commercial epoxy are not an effective solution. The 400 lb machine generates insufficient downforce to maintain blade engagement through the epoxy's adhesion resistance. The blade skips across the surface, operators compensate with manual pressure, and production rates fall to 500 to 1,000 sq ft per day or less.
Walk-behinds may make progress on partially delaminated epoxy or thin-build systems in small spaces. On a large commercial floor with standard or heavy epoxy in good condition, they're the wrong equipment category.
Ride-On Scrapers: Capable, But Not the Ceiling
Ride-on scrapers handle commercial epoxy removal. They have the weight and blade systems to stay engaged through standard and heavy epoxy systems, and they're a legitimate production tool for contractors who use them regularly.
The limitation on large epoxy removal jobs is blade width and coverage per shift. Ride-ons on broadcast epoxy run with blade configurations suited to the material's resistance, and their coverage per hour reflects the force-to-width tradeoffs involved. On a 100,000 sq ft warehouse floor, a ride-on completes the job — it just takes a while.
Ride-ons also add transport and logistics overhead: a dedicated trailer, scheduling around availability if rented, and capital cost or rental cost that accumulates across a busy season.
|
Ride-on scrapers are the right equipment class for large epoxy removal. A skid steer attachment running a wider blade with comparable or greater downforce covers the same floor faster — and without the transport overhead. |
How the XDS Performs on Epoxy
The XDS applies approximately 2,800 lbs of downforce through the blade — comparable to mid-weight ride-on scrapers, with blade width options that ride-ons can't match on demanding epoxy applications.
The optimized angle of attack keeps the blade low and engaged with the coating surface rather than allowing the front of the machine to climb. On epoxy, the initial engagement is often the hardest moment. Getting the blade under the coating at the right geometry on the first pass determines whether that pass produces clean removal. The XDS's blade geometry handles this consistently without the operator having to compensate.
On large open floors — warehouses, distribution centres, manufacturing facilities — the 26-inch blade width means each pass of the XDS covers the equivalent of multiple ride-on passes. That width multiplier, combined with comparable downforce, produces faster coverage per shift.
Blade Selection for Epoxy Applications
Epoxy removal spans a wide range of coating thicknesses and bond conditions. The right blade depends on what's on the floor:
• FLEX 2.5mm: thin-build epoxy systems under 1mm, or partially delaminated coatings where the bond is compromised. Thin blade finds the interface most efficiently on thin coatings
• HEAVY 3mm: standard commercial epoxy in warehouses, commercial kitchens, and industrial facilities. Good strength-to-flexibility ratio for variable conditions
• SUPER 5mm: thick broadcast systems, multi-layer applications, or epoxy that resists lighter blades. Heavier profile handles impact without deflecting
A common mistake is defaulting to the thickest blade on epoxy. Thick blades on thin coatings push material rather than lifting it. Start with HEAVY 3mm as the baseline and adjust based on how the coating responds in the first few passes.
Production Rate Comparison
|
Equipment |
Well-Bonded Standard Epoxy |
Thick Broadcast System |
100,000 sq ft Duration |
|
Walk-behind electric |
500 to 1,000 sq ft/day |
Not suitable |
Not applicable |
|
Ride-on scraper |
2,000 to 3,000 sq ft/day |
1,000 to 2,000 sq ft/day |
30 to 100 days |
|
XDS Scraper |
5,000 to 10,000 sq ft/day |
4,000 to 8,000 sq ft/day |
10 to 24 days |
Production rates vary based on coating thickness, bond condition, and substrate profile. The XDS advantage is most pronounced on open floors where the blade width benefit compounds across a full shift.
Setting-Specific Notes
Warehouses and Distribution Centres
Large, open floors with standard commercial epoxy are where the XDS runs at its most efficient on this application. Consistent substrate, wide open areas, and large square footage compound the blade width advantage across a full shift. Warehouse epoxy removal is one of the clearest cases for skid steer attachment over ride-on.
Commercial Kitchens
Commercial kitchen epoxy is often thicker and almost always includes anti-skid aggregate. The aggregate increases blade wear significantly and reduces production rate. Plan for the SUPER 5mm blade and adjust production expectations. The confined spaces and layout complexity of commercial kitchens may also favor the Bucket-Edge mini attachment over the full XDS depending on site access.
Parking Garage Floors
Epoxy in parking garages is frequently a decorative or traffic-marking coat over a waterproofing system. The full coating stack may include epoxy on top of urethane on top of a primary membrane. Understanding the complete system before starting affects blade and head selection for the whole job, not just the top layer.
The Bottom Line
Commercial epoxy removal at scale is a job where equipment determines outcome. Walk-behinds are the wrong category. Ride-ons are capable but limited by blade width and logistics overhead. The XDS with the right blade provides comparable or greater downforce, wider coverage per pass, and no transport overhead because it rides the skid steer that's already on the job.
For contractors running large industrial or commercial epoxy removal regularly, the production rate and cost-per-square-foot advantages compound across every job the equipment runs.
Need to remove epoxy from a large commercial or industrial floor? Visit floorscraper.ca for XDS specifications and the full ArmorEdge blade system, or contact the team for application-specific advice.
