In machinery-heavy facilities, choosing the right industrial floor paint is not just a luxury - but a necessity.
Choose the wrong coating, and you’ll be dealing with peeling, tyre pick-up, dusting concrete and unplanned shutdowns far sooner than you’d like.
This blog explores step-by-step how to make the right choice for your machinery-heavy area - let's dive in.
Assess the traffic and stress your floor will face
First, you must identify the type of stress that your floor will be under before choosing the coating:
|
Factor to Assess |
What to Consider |
Why It Matters |
|
Traffic Type |
Forklifts, pallet trucks, scissor lifts, HGVs, tugger trains |
Different vehicles create varying levels of abrasion and pressure |
|
Turning Behaviour |
Tight turns and hot tyres |
Turning tyres generates friction and heat that can cause weaker coatings |
|
Point Loads |
Racking legs, jack stands, machine feet, dropped tooling |
Concentrated loads can crack or damage coatings |
|
Chemicals |
Oils, coolants, degreasers, battery acid, salt or grit from yards |
Chemical exposure can degrade coatings |
|
Cleaning Regime |
Scrubber dryers, steam cleaning, frequent washdowns |
Aggressive cleaning methods require coatings that can withstand moisture |
Choose the right resin type for performance requirements
Most heavy-duty industrial floors come down to epoxy vs polyurethane (PU).
Epoxy Industrial Floor Paint
If you’re specifying industrial concrete floor paint for forklift routes, production bays and plant areas, epoxy is usually the first place to look because epoxy floor paint is built for abrasion resistance and heavy traffic.
A good example is a high-build two-pack epoxy described as suitable for forklifts, lorries and industrial equipment.
Best for:
-
Forklift aisles, loading areas (internal), workshop bays
-
Heavy abrasion and frequent cleaning
-
Where you need a tougher, thicker coating film
Polyurethane Floor Paint
Polyurethane coatings are often chosen when flexibility, scuff resistance and chemical resilience are priorities.
Best for:
-
Areas with frequent chemical exposure
-
Sites that want a durable finish with different sheen options
-
Zones where a bit of flex helps with knocks and scuffs
Specify the full coating system: Primer, Preparation and Topcoat
For heavy plant environments, failures are usually adhesion-related:
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Dusting/weak concrete
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Contamination (oils, silicones, tyre dressings)
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Too-smooth power-floated surfaces
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Moisture risk
That’s why specifying a compatible primer/sealer and following the correct prep is vital - even the best coating can’t outperform poor substrate prep.
If you’re coating bare concrete in an industrial setting, build your spec around:
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Preparation (mechanical keying where required)
-
Primer/sealer (as needed for porosity/condition)
-
Two coats of the chosen system
-
Optional anti-slip finish where required
Specify non-slip floor paint for high-risk areas
Facilities teams often repaint floors after slips or near-misses.
If areas involve wet processes, spill risk, or pedestrian routes crossing vehicle lanes, non-slip industrial floor paint improves safety and grip underfoot.
Typical areas include:
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Walkways through production areas
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Loading zones with oil or water exposure
-
Entrances from yards where moisture and grit are tracked inside
Choose outdoor floor paint for yards and loading bay
If machinery operates on external concrete such as yards, ramps or loading aprons, the coating must handle weather exposure. This is where outdoor floor paint becomes necessary.
External floors face:
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UV exposure
-
Standing water
-
Freeze and thaw cycles
-
Grit and debris from vehicle traffic
If you need help specifying the right system, speak to the team via the contact us page.
