Technical FAQ's

Polymers are a class of materials that includes epoxy plastics. Two materials are used in their production: an epoxy resin base component and a variety of amines as a hardener component. The hardener and base component also contain a variety of additives, including fillers, reactive thinners, pigments, and other additives. These additives change the epoxy plastic to fit the specific purpose. A transverse structure known as epoxy plastic is created when the base and hardener are combined chemically.

Every range of epoxy, MMA, and polyurethane products is offered in a number of standard colors. We advise using industry standard colors, ideally from the AS2700 range, to safeguard that the same color will always be available. In the event that the color you prefer is not offered as standard, we can make custom colors. Although they may cost more than standard colors, non-standard and specially blended colors can give your building a distinctive floor or help enhance your brands identity.

In terms of cost, the majority of our flooring systems are comparable to timber flooring, tiling, and other floor finishes. To fully comprehend the financial impact, every flooring material should have a lifecycle costing conducted.  Cheaper alternatives do exist, but at what cost to the overall project, its finish and performance?

The majority of the Flowcrete product line consists of low-VOC, solventless formulations that are environmentally friendly. To lessen our environmental effect, we also use recycled materials in some of our products. See more about the green initiatives that Flowcrete is involved in here.

A crucial tool for any designer is colour. Although grey is the most common colour we see specified for resin flooring projects, coloured options can be strategically employed to support EHS and improve site safety. Within a single site, segmenting zones, establishing walkways or safe spaces and even drawing attention to dangerous areas can all be accomplished by using contrasting colours.  Don't be afraid to explore the rainbow!

For the majority of settings, epoxy resin flooring solutions are an ideal option. An anime hardener, fillers, pigments, and other additives are mixed with an epoxy resin base component to create a stable and adaptable flooring solution. Keep in mind that epoxy resins are rigid by nature, making them unsuitable for situations where a substrate might be exposed to extreme heat or temperature fluctuations.

Unlike tiles with grout lines or untreated concrete, resin flooring is seamless and non-porous. This means fewer places for bacteria and moisture to accumulate, making it easier to maintain hygiene.

One of the key features of Flowcrete’s flooring systems is their flexibility.  Slip resistant profiles can be tailored to your individual need and the application area.  Our products are able to deliver slip resistance ratings as required by the relevant local AS 4586 – 2013 and SA HB 198:2014 slip resistant ratings of P0 – P5 (previously R-Rating).

To discuss your slip resistance requirements with a Flowcrete expert, please contact flowcrete@tremco.com.au

Resin flooring is created by combining liquid resins with hardeners to form a strong, seamless surface.  Various fillers can also be added depending on the system. Common types include epoxy, polyurethane, urethane cements and methyl methacrylate (MMA), each offering different performance benefits.

With proper installation and maintenance, resin floors can last 10–20 years or more. Longevity depends on the system chosen and the environment it’s used in.  This is why a fit-for-purpose flooring solution is key.

Yes. Resin floors are highly resistant to chemicals, oils, and solvents, making them ideal for industrial and manufacturing settings.  You should discuss specific chemical usage, dosages and temperatures with your Flowcrete representative to ensure the selected coating is fit-for-purpose.

Many modern resin flooring systems are formulated to be low in volatile organic compounds (VOC) and completely solvent-free. This means they release fewer harmful emissions during installation and throughout their life cycle, improving indoor air quality and reducing environmental impact. Low-VOC products help projects meet green building standards such as LEED or Green Star, and they support sustainability goals by minimizing health risks for installers and building occupants. Additionally, some systems incorporate recycled materials or are designed for long service life, which reduces waste over time.

Line marking provides clear visual guidance for people and vehicles. It helps define walkways, loading zones, storage areas, and emergency exits, reducing confusion and improving traffic flow.

By clearly separating pedestrian paths from forklift or vehicle routes, line marking reduces the risk of collisions. It also highlights hazards, restricted zones, and safe areas, which helps prevent accidents.

Common options include painted lines, epoxy or polyurethane resin-based markings for durability, and adhesive tapes for quick application. High-traffic areas often use heavy-duty coatings to withstand wear.

Colors, symbols, and wording can be tailored to your facility’s needs, such as marking fire exits, hazardous zones, or directional arrows for workflow efficiency.

Resin based floor coatings can be installed on a wide range of substrates and surface materials, including concrete and cementitious surfaces, with careful preparation, application can also be effective on various types of tile and pre-existing resinous material.

Our flooring systems should be installed by Flowcrete Australia’s recommended independent contractors.

This provides a high level of quality and ensures selection of a preferred functional and aesthetic solution can be made with complete confidence.

Flowcrete Australia has established relationships with a network of independent flooring contractors and applicators that are able to service clients flooring requirements across Oceania, including Australia, New Zealand, Papua New Guinea and the Pacific Islands.

To find out more information on Flowcrete Australia recommended independent contractors in your local area, please contact ausweb@flowcrete.com

Surface preparation should be conducted by the independent flooring contractor prior to the application of a Flowcrete flooring system.

As we offer a variety of resin flooring systems, the preparation requirements may differ, and this can be identified during the flooring specification process.  

High-build coatings are self-priming, but the substrate may vary in porosity, so two coats are recommended to achieve a consistent appearance.

Self-levellers will bond effectively on their own, but a primer is still essential to seal the substrate. Otherwise air in the substrate may rise through the self-leveller and cause air bubbles.

A screed or mortar topping will need a primer to ensure a good bond with the substrate, the exception being some water-based polyurethane screeds, which can be applied to cementitious substrates (concrete or screed) without a primer.

Methyl Methacrylate (MMA) resin has a distinctive odour because of its chemical structure. The smell is noticeable during installation but does not indicate high emissions or poor air quality once cured.

Despite the strong smell during application, most MMA flooring systems are formulated to be very low in volatile organic compounds (VOCs). This means they release minimal harmful emissions and meet strict environmental standards.

The smell is temporary and usually disappears once the coating has cured, which typically happens within a few hours. MMA systems are known for their rapid cure times, so the disruption is short-lived.

Avoid installing MMA coatings in areas where food is exposed or could be tainted by odour during application, such as active food production lines or open kitchens. If MMA is required in these spaces, schedule work during shutdown periods and ensure proper ventilation.

Dissipative resin flooring has higher resistance, between 1.0 × 10⁶ Ω and 1.0 × 10⁹ Ω. Charges move more slowly and in a controlled way. These materials have surface resistivity between 1 × 10⁵ Ω/sq and 1 × 10¹⁰ Ω/sq.

Conductive resin flooring has very low resistance, less than 1.0 × 10⁶ Ω (one million ohms). This allows charges to flow quickly to ground. Conductive materials typically have surface resistivity below 1 × 10⁵ Ω/sq.

Antistatic floor coatings create a controlled path for electrical charges to flow safely to an earthing point. Conductive elements within the coating allow electricity to move through the full thickness of the floor and into copper grounding tape beneath the surface.

The rate at which static electricity moves through the floor depends on the material’s electrical resistance, measured in ohms (Ω). Lower resistance means faster discharge.

We serve Australia, New Zealand, and the Pacific Islands with offices in Brisbane, Sydney, Melbourne and distributor offices in Auckland and Tauranga. Our network of recommended applicators ensures expert installation across the oceania region.

We provide a wide range of resin flooring systems including epoxy, polyurethane, PU Cement, and methyl methacrylate (MMA). Each system is designed for specific performance needs such as durability, hygiene, chemical resistance, and rapid installation.

After curing, resin floors have no cracks or gaps where dirt or bacteria can hide. They are smooth and impervious, making them easy to clean with standard procedures.

Not by default. Resin flooring is naturally hygienic because it has a seamless, non-porous surface that doesn’t support bacterial growth. To make it actively antimicrobial, special agents must be added during manufacturing.