Industries We Serve

Specified For The Environment It Lives In

A floor in a paediatric clinic, a floor in a bottling plant and a floor in a bedroom are made of the same chemistry and almost nothing else in common. Point loads, washdowns, hygiene, slip risk, sunlight and how much downtime you can afford all change the specification. This page sets out what actually drives it in twelve different working environments.

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How Specification Works

The Environment Decides The Floor

Epoxy is a family of resin systems, not a single product, and the same two-part chemistry can be built as a thin decorative coating, a mid-thickness self-levelling slurry or a heavy-duty mortar screed. Thicker systems carry more load, absorb more impact and hold up to harsher chemicals. Thinner ones cost less, cure faster and look better. Choosing between them is the whole job.

Before we specify anything we want to know six things about the space, because these are what the floor has to survive: what rolls or stands on it (foot traffic, trolleys, tyres, pallet trucks, forklifts, static point loads from racking and machinery), what gets spilt on it (water, cooking oil, cleaning agents, battery acid, coolants, solvents), how it gets cleaned (dust mop, wet mop, scrubber-drier, hose washdown), whether it gets wet in use, how much sunlight reaches it, and how long you can afford to have it out of service.

Performance is never a property of "epoxy". It depends on the substrate, the surface preparation, the system specified, the thickness, the traffic, the chemical exposure, the temperature and the UV exposure. Two floors that look identical can behave completely differently because one sits on a moisture-affected slab and the other does not — which is why we assess every slab before quoting rather than after.

Downtime is part of the specification, not a scheduling detail. If a production line or a restaurant cannot close, that rules some systems out before we discuss anything else. Tell us your tolerance early and we will design the programme around it — phased bays, night working, or a faster-curing chemistry where the floor genuinely needs to be back in use quickly.
Residential

Homes, Where The Floor Is Judged By Eye

In a house the loading case is easy and the appearance standard is brutal. Nobody is driving a pallet truck through the lounge, so thickness is rarely the constraint; flatness, gloss consistency and the absence of visible defects are. A domestic floor gets looked at closely, in daylight, by the people who paid for it, which is why we make sample panels and view them under your own lighting before anything is ordered.

The practical wins are real too. One continuous surface means no grout lines to scrub, no tile edges to chip and nothing for dust to collect in — which matters in homes where someone has allergies. Bathrooms, kitchens and terraces are where the seamlessness earns its keep, and coved edges let the floor turn up the wall with no skirting joint at all.

The honest limitations: smooth resin is slippery when wet, so bathrooms and entrance areas usually want a slip-resistant additive in the topcoat, and that slightly reduces the mirror effect. Dark high-gloss floors show dust and footprints in a way mid-tone satin floors do not. And in rooms under large glazing we specify a UV-stable topcoat, because epoxy can amber in direct sunlight.

Residential epoxy flooring 3D floors for feature rooms
Commercial

Offices, Restaurants, Hotels And Retail

Four environments that all trade on appearance but fail for completely different reasons. In each one the floor has to look new for years while being walked on by people who are not being careful with it.

Offices

Office floors take relentless, concentrated foot traffic in the same lines — reception to lift, lift to desk — so wear shows as dulling in walking lanes long before it shows anywhere else. Chair castors are the other quiet problem: a task chair rolling over the same square metre for years is a small, repeated abrasive load. We normally specify a flat self-levelling build with a harder topcoat in circulation routes, and keep the finish satin rather than mirror so it does not show every scuff under downlights.

Downtime tolerance is usually low. Offices are phased floor by floor or wing by wing, and weekend work is common so nobody loses a working day.

Commercial epoxy flooring

Restaurants & commercial kitchens

These are two different floors in one building, and treating them as one is the most common mistake we are called in to fix. A kitchen floor is hot, wet and greasy: water, oil and cleaning chemicals land on it every service, it gets hosed or scrubbed at the end of the night, and grease on smooth resin is genuinely dangerous underfoot. Kitchens and wash-up areas get a slip-resistant broadcast finish, coved upstands at the walls so there is no dirt-trapping junction, and falls maintained to the drains.

The dining room is the opposite problem — it has to photograph well and cope with dragged chair legs. Chemical resistance depends on the system specified, so we need to know what your cleaning regime actually uses before we pick a topcoat.

Anti-slip flooring

Hotels

Hotels run on two constraints: guests are on site 24 hours a day, and luggage trolleys are wheeled loads on hard castors. Lobbies and lift landings see the heaviest concentrated traffic in the building, and they are also the spaces the hotel is judged on, so we tend to put the decorative work there and a harder, plainer system in back-of-house corridors, kitchens and laundries.

Programming is as important as specification. Work is phased zone by zone with hoarding and diversion routes agreed in advance, and we keep resin odour and noise away from occupied floors by sequencing rather than by promising it will not happen.

Marble epoxy flooring

Retail & showrooms

Here the floor is part of the merchandising. An uninterrupted plane with no thresholds or grout lines makes the product the only thing the eye stops on, and reflected depth under spotlights does more for a display than any wall finish. Car and furniture showrooms are the strongest case for metallic or marble work.

The demands behind the look are shop-fit related: heavy fixtures put static point loads on the slab, stock movement means trolleys, and a unit in a mall usually has to trade while the work happens. Car display floors also need to take tyre loading, which is a different specification from the walkway around them.

Metallic epoxy flooring
Industrial

When The Floor Is Plant, Not Decoration

In a working facility the floor is a piece of equipment. It carries racking legs and machine bases as concentrated point loads, takes forklift wheels that are small, hard and unforgiving, absorbs dropped tooling, and has to be cleanable without the cleaning itself destroying it. Get the specification wrong and the failure is not cosmetic — it is a pothole in a traffic aisle that damages stock and stops work.

This is where thickness stops being a style choice. Heavy-duty mortars and screeds exist because the load has to be spread and the impact absorbed by material, and no topcoat compensates for a system that is too thin for the traffic running over it.

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Production & Logistics

Factories, Warehouses And Workshops

Three environments where the floor is specified against measurable demands and the programme is built around your operation rather than ours.

Factories & manufacturing

Production floors combine static point loads from machine bases with thermal and chemical exposure that varies room to room. Process areas may see coolants, oils, acids or caustics; washdown zones see water and detergent at pressure; and bottling or food-processing lines add constant moisture and slip risk. We zone the building and specify each area separately, with coved upstands, drainage falls and line-marked walkways where they are needed.

Chemical resistance depends on the system specified, so we ask for your actual spill list — not a general category — before recommending a topcoat.

Industrial epoxy flooring

Warehouses & logistics

Warehouse floors fail in three places: the racking legs, the forklift aisles and the loading dock. Racking concentrates enormous load onto small base plates; counterbalance trucks put hard wheels through tight turns in the same lines all day; and dock areas take impact, weather and dragged pallets. Aisles usually need a heavier build-up than the storage bays either side of them, and that is cheaper than coating the whole floor to aisle spec.

Line marking, bay numbering and pedestrian walkway definition are part of the work, not an extra, and they are laid out with you before we start.

Industrial epoxy flooring

Workshops & service bays

Workshops are the harshest small floors we do. Dropped tools and parts mean impact in random places, jacks and axle stands concentrate load onto tiny footprints, and oil, brake fluid, coolant and battery acid all end up on the surface. Tyre marking and hot-tyre pickup are real issues where cars park directly onto a thin coating.

The answer is a thicker build than a garage floor, a topcoat chosen for the specific fluids in use, and a slip-resistant finish in wash and inspection areas, which stay wet for most of the working day.

Garage & parking flooring
Clinical, Technical & Teaching

Where Cleanability Sets The Specification

In these spaces the detailing matters more than the finish. Junctions, upstands and drainage decide whether a floor can actually be cleaned properly, and no topcoat rescues a badly detailed one.

Hospitals & clinics

Clinical spaces need hygienic, easy-to-sterilise surfaces suitable for clinical environments — which in practice means removing every place dirt can hide. A seamless resin floor with coved upstands at the walls has no grout lines, no skirting junction and no floor-to-wall crevice, so it can be cleaned to a consistent standard rather than a hopeful one.

Beyond hygiene, the demands are bed and trolley wheels, repeated cleaning with strong agents, and near-zero downtime in live departments. We work in phased bays with containment, and confirm return-to-service times in writing before the programme is agreed.

Self-levelling epoxy

Laboratories

Lab floors are specified against the chemistry that will be spilt on them and the equipment that stands on them. Acids, solvents and reagents each attack resin differently, so chemical resistance depends on the system specified and we need the substance list before quoting. Benches, fume cupboards and analytical instruments add static point loads and sometimes vibration sensitivity.

Detailing again does the heavy lifting: coved upstands, sealed penetrations around services, drainage falls in wet labs and a finish that can be decontaminated without abrading it.

Industrial epoxy flooring

Schools & universities

Education floors take very high foot traffic in short, intense bursts, concentrated in corridors and stairwells, plus dragged furniture in every classroom. Canteens add food and drink spills, science labs add chemicals, and sports and wet areas add slip risk. Corridors and stairs are where a school floor actually wears out.

The scheduling constraint is the one that shapes everything: the work has to fit a term break or a summer holiday, so the programme is planned backwards from your reopening date and the system is chosen to suit the time available.

Commercial epoxy flooring
Vehicles

Garages And Parking Structures

Vehicle floors have a specific enemy: the tyre. A warm tyre standing on a thin coating can soften and lift it — hot-tyre pickup — and turning wheels apply a twisting shear load that ordinary foot traffic never produces. Home garages, basement car parks, ramps and service bays all need a build-up chosen for that, not for appearance.

Ramps are the part people forget. A ramp that is smooth and wet is a genuine hazard, so ramps, turning circles and the transition at the entrance get a textured, slip-resistant finish even when the flat deck does not. Drainage falls, oil resistance and a surface that wipes clean rather than absorbing fluids are the other non-negotiables.

Basement decks bring one more issue that gets overlooked until it fails: moisture. Below-ground slabs frequently have moisture vapour rising through them, and that is a leading cause of resin floors debonding and blistering. We assess the slab for rising moisture and specify a moisture-tolerant primer or barrier system where it is present, as part of every free site inspection.

  • Bay, aisle and direction marking laid out with you before installation
  • Textured finishes on ramps, turns and entrance transitions
  • Decorative flake options for home garages where appearance matters
  • Phased by level or zone so the structure stays partly in use
Garage & parking flooring Anti-slip finishes
Our Method

How We Specify For Your Environment

The same five steps whether it is a bedroom or a bottling hall. Nothing here is optional, and the first two are where most floors are won or lost.

  1. Free site inspection

    We measure the area properly, look at the existing floor and walk the space with the person who actually works in it. Rates per sqft change with area and layout, so we do not price from a drawing.

  2. Slab and moisture assessment

    Cracks, hollow tiles, old adhesive, contamination and unevenness all change the preparation. We check the substrate for rising moisture and specify a moisture-tolerant primer or barrier system where it is needed.

  3. Zoning and load review

    Most buildings need more than one system. We split the plan into zones by traffic, wet exposure and chemical exposure, and specify each one on its own merits instead of coating everything to the same standard.

  4. System, thickness and topcoat

    Coating, self-levelling slurry or heavy-duty screed; then the topcoat, which is where abrasion resistance, slip resistance, chemical resistance and UV stability are actually decided.

  5. Programme and written quotation

    You get a fixed written quotation with the build-up, the topcoat specification and the return-to-service times for that system, phased around your downtime tolerance.

Lifetime warranty on workmanship & materials. We stand behind our floors for life. Our lifetime warranty covers workmanship and material defects — if the floor fails because of our installation or the materials we used, we repair it free of charge, with no time limit. Damage from misuse, chemical exposure outside the specified system, structural movement, or moisture rising through the slab is assessed separately. Full warranty terms are provided in writing with every project.

We have been installing resin floors since 2012 — fourteen years and more than 1,200 floors — with offices in all major cities and service all over Pakistan, including Rawalpindi, Karachi, Faisalabad, Multan, Gujranwala, Sialkot and Peshawar. If your sector is not listed above, tell us what happens in the space and we will say plainly whether a resin floor is the right answer for it.

Offices in all major cities All Pakistan coverage 14 years, since 2012 1,200+ floors installed Lifetime warranty
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Tell us what happens in the space

Send your city, roughly how big the area is and what the floor has to put up with. We will inspect it free of charge and come back with a fixed written quotation.

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