How to Choose an Epoxy Topcoat for High-Traffic Floors

In a light-duty space, almost any epoxy floor coating will survive a few years. In a
busy warehouse, food plant or workshop, your floor is under constant attack – from
forklifts, pallet jacks, hot-wash cleaning, fats and chemicals, dropped tools and UV at loading docks. In those environments, the epoxy topcoat is not just a “nice finish”;
it’s the working surface your people, equipment and cleaning regime rely on every
day.

At Wagon Paints Australia, we manufacture complete flooring systems – from
primers and screeds through to industrial floor epoxy and epoxy topcoats – under
our Rhinofloor® and Rhinamel® brands. Our goal is to help you choose a system
that actually matches the demands of your site, not just the colour chart.
Below, we’ll step through the key decisions to make when selecting an epoxy
topcoat for high-traffic floors, and how our Epoxy Topcoats, Rhinofloor® systems,
surface preparation guides and data sheets all work together to support that choice.

1. Start with the environment: what is the floor really facing?
“High-traffic” means something different in a forklift aisle than it does in a commercial
kitchen. Before you choose any industrial floor epoxy system, it’s worth mapping the
actual conditions on site:
Warehouses & logistics hubs
o Continuous forklift and pallet jack traffic
o Point loads from racking and storage
o Occasional impact, oil and fuel drips
o Line-marking and safety zones
Food & beverage production
o Frequent wash-downs (hot water, detergents, sometimes caustics)
o Food acids, fats and sugars
o Hygiene and cleanability requirements
o Wet, occasionally greasy underfoot conditions
Workshops & maintenance bays
o Dropped tools and parts
o Oils, coolants and solvents
o Tyre scuffing, jacking and equipment movement
For heavy-duty industrial floors, our Rhinofloor® epoxy flooring systems are
designed to deliver long-term chemical and abrasion resistance in precisely these
kinds of environments, including factory, warehouse and food processing floors.

Once you’re clear on the environment, the next step is to match the performance of
your epoxy topcoat to those risks.

2. Match performance: chemical and abrasion resistance
In high-traffic spaces, an epoxy topcoat must do two jobs at once:
1. Resist mechanical wear – abrasion from forklifts, trolleys and foot traffic.
2. Stand up to chemicals – from oils and fuels through to food acids and
aggressive cleaning agents.
Within the Wagon Paints range, there are a few typical pathways:
General industrial and warehouse floors
o Rhinofloor SF Premium: a 2-pack solvent-free epoxy floor coating
with excellent abrasion resistance and a seamless, chemical-resistant
surface. It’s designed for industrial floors including commercial
carparks, factory, workshop and warehouse floors, and food
processing plants.
Environments with aggressive chemicals
o Rhinofloor CRE: a 2-pack solvent-free Epoxy Novolac flooring system
engineered for high chemical resistance. It’s suitable for demanding
areas such as acid plants, oil refineries, food processing plants and
steel mills, where concentrated chemicals and hot spillages are a
concern.
Intermediate or light-to-medium duty areas
o Our Rhinamel® Epoxy Topcoats (e.g. Rhinamel®, Rhinamel Clear
Sealer, Rhinamel SR, Rhinamel Supergrip) provide tough, durable
surfaces with high corrosion and abrasion resistance for concrete
floors, truck trays, walkways and factory amenities.
For many facilities, the most robust approach is to use a Rhinofloor® flooring
system as the build coat and then a specialised epoxy topcoat from our Epoxy
Topcoats range to fine-tune slip resistance, appearance and protection.
If you’re unsure which way to go, our technical team can help you weigh up chemical
exposure, downtime tolerance and WHS requirements for your site.

3. Decide on surface profile: gloss vs anti-slip

A common misconception is that “gloss automatically means slippery”. In reality, slip
resistance on an epoxy floor is driven by:
The texture of the top surface
The type and size of anti-slip aggregate
How clean and dry the floor is kept in service
Within our range you can tune the “feel” of the floor without sacrificing durability:
Smooth, glossy finishes
o Systems such as Rhinofloor HBE Flow and Rhinofloor SF Premium
can provide a smooth, seamless finish that’s easy to clean and ideal for
dry warehouse aisles, showrooms and training areas.
Textured, slip-resistant finishes
o Rhinofloor HBE Texture and Rhinamel SR / Supergrip incorporate
or accept aggregates to create a textured profile for added grip –
suitable for amenities blocks, stairs, walkways and wet zones.
In high-traffic industrial and food environments, a typical approach is:
Use a smooth build coat (for cleanability)
Add a controlled level of texture in the epoxy topcoat using suitable non-
slip aggregates in key zones (ramps, wash-down areas, doorways)
That way, you keep cleaning and hygiene manageable while still supporting your
facility’s WHS obligations.

4. Consider cure times, downtime and recoat windows
Specifying the right industrial floor epoxy is only half the story; the other half is how
quickly you can get back into service without compromising performance. This is
where cure times and accelerators matter.
From our data sheets and product information:
Many industrial epoxy floor coatings and topcoats (including Rhinofloor and
Rhinamel systems) reach full cure at around 7 days at 25 °C, with light
pedestrian or mechanical traffic typically allowed after the first 12–48 hours,
depending on the system.
Rhinofloor SF Premium Rapid is designed as a fast-drying epoxy floor
coating to minimise downtime in busy facilities, while still offering the same
seamless, chemical-resistant profile.

The Rhinofloor HBE system can be paired with Fast hardener and HBE
Accelerator in cooler months to reduce cure times (with clear guidance on
dosage and the impact on pot life and gloss level).
When you’re planning a project in a live warehouse, food plant or workshop, it’s
worth discussing with your applicator and our technical team:
How long the floor needs to be out of service
When light foot traffic and light mechanical loads can safely resume
The recoat windows between primer, build coats and epoxy topcoat
Whether accelerators or “rapid” systems are appropriate for your conditions
Following the recommended cure times and recoat windows is essential to ensure
long-term intercoat adhesion and prevent early failures.

5. Plan for cleaning and maintenance from day one
High-traffic floors fail faster when cleaning regimes and coating selection are out of
sync. Epoxy floors are known for their durability and low maintenance, but they
still need appropriate care, especially in harsh industrial settings.
A few practical considerations:
Colour & gloss
o Light, glossy finishes help improve light reflectivity, which can reduce
lighting demand in large warehouses.
o However, darker or mid-tone colours may better disguise tyre marks
and minor staining in workshops.
Cleaning method compatibility
o Confirm that your chosen epoxy topcoat and Rhinofloor system are
compatible with your planned cleaning chemicals and equipment (auto-
scrubbers, hot wash, etc.).
o Many systems are designed for regular cleaning with mild alkaline
detergents; more aggressive agents should be reviewed against the
relevant data sheets.
Maintenance mindset
o Routine cleaning and spot repairs where needed can significantly
extend system life, as highlighted in our maintenance and surface
preparation articles.

Design your maintenance plan at the same time as you select your epoxy floor
coating system, not afterwards.

6. Putting it together: typical system pathways
Every site is different, but the decision-making usually follows a similar pattern. Here
are three example “pathways” to discuss with your applicator and our technical team:

A. Warehouse & logistics floor Substrate: sound, dry concrete with correct mechanical surface preparation
System approach:
1. Epoxy primer suitable for the substrate
2. Build coats using a Rhinofloor® industrial floor epoxy system (e.g.
Rhinofloor HBE or SF Premium) for thickness, durability and chemical
resistance
3. Epoxy topcoat from our Epoxy Topcoats range (e.g. Rhinamel or
Rhinamel SR / Supergrip) to tailor gloss level and slip resistance in key
zones
This combination offers a robust system for forklift aisles, loading docks and
picking areas, where abrasion, tyre wear and occasional chemical exposure are
expected.

B. Food & beverage processing area Substrate: concrete with strict moisture and preparation requirements
System approach:
1. Epoxy or specialist primer appropriate for food processing
environments
2. High-build Rhinofloor® industrial floor epoxy chosen for chemical
and hot-wash resistance (often Rhinofloor SF Premium, or Rhinofloor
CRE where acid exposure is significant)
3. Topcoat and texture tuned for non-slip, hygienic finish, using
aggregates and/or compatible topcoats from our Epoxy Topcoats and
polyurethane ranges for areas exposed to UV or external conditions.
The focus here is on chemical resistance, hygiene, wash-down tolerance and
slip resistance, especially in wet process and packing zones.

C. Workshops, maintenance bays and service areas
System approach:

1. Primed and properly prepared concrete substrate
2. Industrial floor epoxy build coat to resist oils, fuels and mechanical
wear
3. Epoxy topcoat selected for balance of appearance, oil resistance and
slip control – often with textured finishes in tool drop zones, ramps
and entry points.
These examples are starting points only. For each project, the full system (including
primers, build coats, topcoats and aggregates) should always be verified for the
environment and operating conditions.

How to use Wagon Paints resources to choose your epoxy topcoat
To make selection easier, you can follow an internal “pathway” through our
resources:
1. Start at Epoxy Topcoats
o Explore our Epoxy Topcoats products (such as Rhinamel, Rhinamel
Clear Sealer, Rhinamel SR and Rhinamel Supergrip) to understand the
different finish, slip and performance options for topcoats.
2. Step up to Rhinofloor® flooring systems
o For high-traffic industrial floors, review the Rhinofloor® product
pages and blogs (including Rhinofloor HBE, HBE-SL, SF Premium
and CRE) to see where each system is best suited – from warehouses
to food plants and demonstration areas.
3. Read up on surface preparation
o Before committing to a system, review our article on The Importance
of Surface Preparation Before Coating Applications and product
data sheets; correct surface prep is crucial to achieving long-term
performance from any epoxy floor coating.
4. Download and review data sheets
o For each candidate system, download the product and safety data
sheets to confirm mixing ratios, recoat windows, cure times,
recommended substrates and cleaning guidance.
If you’re still deciding between several options, that’s exactly what these tools are
designed for.

Ready to compare systems for your high-traffic floor?
High-traffic warehouses, food facilities and workshops demand more than a “one
size fits all” epoxy floor coating. By matching chemical and abrasion resistance,
gloss and slip level, cure times and maintenance expectations to the realities of your
site, you can extend the life of your floor and reduce disruptive shutdowns.
At Wagon Paints Australia, we manufacture and support complete systems – from
epoxy floor coatings and industrial floor epoxy systems through to epoxy
topcoats, polyurethane topcoats and specialised primers – all backed by
technical advice from our Bayswater North facility.
To explore options for your next project, compare systems in our System
Selector, then contact our technical team for project-specific guidance.