Commercial Resin Flooring Resources

We don't publish expected service-life figures, because a floor's working life is set by the specific combination of system specified, substrate condition and preparation, environment (temperature, moisture, chemical exposure), loading and traffic type, how the floor is actually used, and the cleaning and maintenance regime it receives. Two identical systems in different buildings will not behave the same way.

The variables that matter most in practice are the specified system build thickness, chemistry matched to the site, the quality of the mechanical preparation and joint detailing, and how much wear the sacrificial top layer takes before it is refreshed. Because that top layer is re-coatable, most commercial floors are maintained and refreshed rather than replaced. Epoxy Guys installations carry our written 10-Year Workmanship Guarantee, covering our installation workmanship — it is separate from any manufacturer product warranty and is not a guarantee of product lifespan.

Inspection and maintenance requirements depend on use, traffic, cleaning regime and observed wear. Planned re-coating in the highest-wear zones (entrances, MHE turning circles, drop bays) is generally preferable to waiting for full breakthrough.

Epoxy is the workhorse for dry industrial, retail, showroom and warehouse floors. It cures hard, mirror-flat, is highly colour-tunable, and offers strong abrasion and chemical resistance in controlled environments.

Polyurethane and PU screed dominate wet, thermally aggressive or heavily chemical environments — food factories, breweries, dairies, commercial kitchens. PU flexes with slab movement and shrugs off boiling water, steam cleaning and organic acids.

As a rule of thumb: dry, decorative and cost-sensitive → epoxy. Wet, thermal or heavy-chemistry → PU. Chemistry-matched hybrids exist for mixed environments.

1. What loads the floor? Foot traffic, pallet trucks, forklifts, or point loads from machinery — each dictates minimum system thickness.

2. What chemistry does the floor see? Oils, alkalis, acids, solvents, foodstuffs, blood, disinfectants — the top layer is picked against the actual COSHH inventory.

3. Is it wet or dry service? Wet floors need aggregate broadcast for slip resistance and PU chemistry for thermal shock.

4. What temperatures does it experience? Freezer/cold-store, ambient, steam-clean, molten spill — each has a compatible resin class.

5. What does the aesthetic need to communicate? Retail, showroom and office floors carry brand value; industrial floors are picked for wear-first.

Slip resistance can be tailored through system and aggregate selection. Office and retail dry-service floors are typically specified with lower-texture finishes; general back-of-house, workshops and light industrial areas call for a more textured specification.

Wet zones — food prep, commercial kitchen production areas, wash-down bays — typically need a higher slip specification, delivered by aggregate broadcast into the finish coat, based on the manufacturer's tested ratings.

The most aggressive wet-chemistry environments — dairy production, brewery cellars, abattoirs — call for the most textured specification available. Slip resistance is chosen zone-by-zone against the manufacturer's guidance, rather than applied uniformly across a whole factory.

Warehouse floors are specified around forklift wheel loading first, aesthetics second. Solid-tyre counterbalance trucks and VNA aisles need high-build epoxy, with thickness determined by substrate condition, loading and specification, over a mechanically prepared, crack-repaired slab.

Line marking is installed with the finish using two-pack epoxy — not sprayed paint that lifts within a year in an active DC.

Plan re-coats in loading bays and turning zones when inspection and wear indicate they are needed, rather than waiting for full failure. This preserves the base build and helps manage rack legs and drop zones within the maintenance budget.

Factory floors are laid around production, not the other way around. Every commercial survey captures shutdown windows, plant footprints, cable runs and drainage falls before a specification is written.

Machine bases and pit surrounds are treated as separate zones — reinstated with resin mortar to accept the vibration and point loading, then over-coated with the general area system.

Colour-coded zoning (walkway, forklift aisle, cell boundary, hazard) is installed with the finish for lean production compliance and long-term readability.

Food-manufacturing floors are almost always PU screed — hand-laid, aggregate-broadcast, and can be specified for thermal-shock and chemical resistance depending on the system chosen. The system is coved into every wall junction and terminated cleanly at bund walls and drainage channels.

Falls are re-cut into the slab during preparation and the resin is worked to those falls — not the other way around. Drainage grates are lifted, primed and reinstated so nothing sits proud.

Every install is delivered with DoP, batch numbers, COSHH and RAMS so records can be added to your own hygiene or quality audit file. Systems can be selected for food-production and hygiene-sensitive environments where supported by the manufacturer's technical documentation.

We do not publish fixed price bands, as cost depends on system, preparation, substrate, specification and project size.

The variables that move a quote most are: extent of slab preparation, crack and joint repair volume, existing coating removal, drainage rework and out-of-hours access. Quotations are provided against the agreed specification after a site survey — never off a floor plan alone. If unforeseen substrate conditions or additional work are discovered, these will be discussed before any variation is carried out.

Every commercial job follows the same disciplined sequence: survey → moisture and tensile testing → mechanical preparation → crack, joint and pothole repair → priming → resin installation → decorative finishing → controlled cure → final inspection → handover with documentation.

Skipping stages is the number-one cause of coating failure. A resin system is only as strong as the concrete it's bonded to, which is why we won't quote without seeing the substrate.

Daily: soft-broom or auto-scrub with a neutral detergent. Never acid-strip a resin floor.

Weekly: inspect entrances, MHE turning points and drop bays for wear-through. Schedule spot repair before the substrate is exposed.

Annually: pressure-wash with a neutral detergent, replace damaged silicone in expansion joints, and commission a wear survey on high-traffic zones.

Inspection and maintenance requirements depend on use, traffic, cleaning regime and observed wear — plan a top-coat refresh in the hardest-worked zones when inspection indicates it is needed.

Coating over unprepared concrete. Painting or coating without mechanical preparation is the most common cause of catastrophic delamination inside 12 months.

Wrong chemistry for the environment. A generic epoxy specified into a wet, thermally aggressive food environment will blister and lift within a season.

Skipping moisture testing. A slab reading over the specified system's moisture tolerance will osmotically blister — always test, always record.

Under-thickness in high-traffic zones. An under-specified coating on a forklift-loaded drop bay is a false economy — under-spec is more expensive than over-spec every time.

Can you work overnight or on weekend shutdowns? Installation can be phased around shutdown windows depending on programme and cure requirements for the resin system selected and site conditions.

Do you provide RAMS, COSHH and DoP? Every commercial job. Delivered before mobilisation.

Can you match an existing colour or brand palette? Yes — colour matching from RAL, NCS or bespoke Pantone.

Do you install line marking, hazard zones and anti-slip in one visit? Yes — installed with the finish coat, never sprayed retrospectively.

Do you carry commercial insurance? Fully insured, with current insurance documentation available on request.