Application
Steam cleaning, organic acids, sugars and constant washdown at low temperatures. Standard epoxy blisters here — a heavy-duty polyurethane cement system is built for it.
Understand the failure mode before choosing a system.
Hot washdown and steam cleaning several times a day — ordinary epoxy softens and blisters under thermal shock.
Organic acids, sugars, fats and blood proteins attack coatings around the clock.
Wet floors all day: slip resistance is a safety requirement, not a preference.
Cold rooms and freezer zones bring repeated freeze-thaw cycles that crack rigid coatings.
Selected by duty — there is no universal system, only the one that fits.
The system built for washdown: tolerates hot water, organic acids, fats and cold rooms, and keeps its grip when wet.
Products in this system
For packaging, dry storage and other low-moisture zones where a seamless, easy-clean surface is the priority.
Products in this system
The same floor with the same materials can last years longer when the work is carried out carefully. The six steps below are our standard sequence for epoxy floors: what each step does, to what standard, and what we check on handover. For your workshop we fine-tune the number of layers and the thickness to the actual loads, chemicals and shutdown window.
Old failed coatings removed, slab repaired and profiled for maximum bond. Areas attacked by grease and organic acids are stripped back to sound concrete.
Waterborne polyurethane primer tuned for damp slabs. Damp or residue-affected patches first get a reinforced primer coat so the film stays continuous.
Polyurethane mortar builds thickness and impact resistance. Corners and drain edges, which take the impacts, are thickened within the same layer.
The topcoat is finished with a graded texture — slip resistance without dirt traps. The slip-resistant grade is chosen per zone, because dry and wet areas are not the same.
Walls are coved and movement joints sealed so washdown water has nowhere to enter. Joint sealants are chosen to suit food-area practice and are easy to renew later.
Finished floors photographed on site — click to enlarge and inspect the detail.
Polyurethane mortar throughout the wet processing line, textured for grip.
Withstands daily hot washdown without blistering or dulling.
Freeze-thaw resistant surface at the transition to the cold store.
A selection of projects delivered by the group.
Flooring works delivered for COFCO, recognised with the Quality Flooring Project Award. Food plants combine frequent wash-down, oil and sugar residue and strict hygiene rules: the floor has to be seamless, non-shedding and sloped correctly for drainage.
What buyers ask most when specifying a floor coating.
Standard epoxy is not built for hot washdown plus organic acids — it blisters and dulls. Polyurethane mortar was engineered exactly for this duty.
Learn moreThe graded texture keeps grip under water and fat films — the whole point of the surface design in wet processing areas.
Learn moreYes — polyurethane tolerates low temperatures and repeated freeze-thaw cycles far better than rigid epoxy systems.
Learn moreYes. Zoning plus fast-curing waterborne materials mean sections come back into service between production runs.
Learn moreNo — the texture is graded and closed, sized for grip but smooth enough to wash clean with the normal routine.
Learn moreMatched to the systems above; open a product page for technical data and test reports.
Polyurethane & anti-corrosionOrganic-inorganic interpenetrating-network mortar: abrasion ≤ 0.02 g, compressive strength ≥ 80 MPa, service from −40 °C to 120 °C and pH 1–14 chemical resistance.
View details
Epoxy systemsSolvent-free, build-coat self-levelling epoxy with a mirror-smooth finish — abrasion, load and chemical resistant.
View detailsSend the substrate, the area and what the floor has to survive. You will get a recommended system, a build-up drawing and a quotation — usually within one business day.
