The Epoxy Flooring Guide (Pakistan)
Everything a client should understand before spending money on a resin floor: what the material is, how a floor is actually built, why preparation and slab moisture decide the outcome, how the systems differ, what moves the price, and the questions that separate a serious contractor from a cheap quotation.
What epoxy flooring actually is
Epoxy is not paint and it is not a covering that gets laid on top of your floor. It is a two-part thermosetting resin. Part A is the resin, Part B is the hardener, and the two are blended on site in a fixed ratio immediately before they go down. Once mixed, they begin an irreversible chemical reaction — they do not dry by evaporation the way a paint does, they cross-link. That reaction converts a liquid into a dense, continuous plastic film bonded to the concrete underneath it.
Three practical consequences follow from that chemistry, and they explain most of what happens on a resin flooring project. First, the material has a working window. Once the two parts meet, the clock starts, and the installer has a limited number of minutes to spread, level and finish the floor. Nothing can be undone afterwards. Second, the floor cures as one piece. There are no tiles, no grout lines, no joints for dirt or water to sit in, and no edges to lift. Third, the reaction is sensitive to conditions: temperature, humidity and the state of the slab all change how the material behaves. A floor poured in Lahore in June behaves differently from the same product poured in Islamabad in January, and an installer who ignores that is guessing.
The most useful thing to understand is this: epoxy is a family of systems, not a single product. A thin sealer coat on a warehouse floor and a hand-worked decorative floor in a showroom can both be described as "epoxy flooring" and have almost nothing in common in cost, thickness, durability or appearance. When someone quotes you a rate per square foot without telling you which system, which thickness and which topcoat, they have not quoted you anything. The rest of this guide is about how to tell those systems apart.
The layers of a floor
A finished resin floor is a build-up. Each layer does one job, and every layer depends on the one below it. If you only remember one diagram from this page, make it this one — it is how we specify and how we price.
Typical decorative build-up
Shown top to bottom, as the floor is seen and then as it is built.
Reading from the bottom up: the prepared slab is the foundation of everything, and it is the only layer you cannot change later. The primer penetrates and seals the concrete and creates the bond the whole floor hangs from; where the slab carries moisture, this is where a moisture-tolerant primer goes. The body coat carries most of the thickness, levels out minor variation and takes the load. The design layer is the part clients look at in photographs — a printed image, metallic pigment, marble veining or a broadcast flake — and it is usually the thinnest layer in the whole system. Clear build coats sit over it to create optical depth. The topcoat is the working surface: gloss level, abrasion resistance, chemical resistance, slip resistance and UV stability are all decided here, not by the colour underneath.
That last point is worth repeating because it is the most common misunderstanding we meet. Two floors that look identical in a photograph can perform completely differently, because the difference lives in the topcoat and the thickness, not in the picture. A decorative floor is only as durable as the clear coats protecting it.
Why surface preparation decides everything
Resin bonds mechanically. It needs a clean, open, sound concrete surface with a texture it can key into. New concrete does not arrive that way: as it cures, fine cement particles and water rise to the surface and form a weak, dusty layer called laitance. It looks like floor. It is not floor. Coat over it and the resin bonds perfectly well to a layer that itself is barely attached to the slab, and the whole system lifts off later in sheets, taking the laitance with it.
The fix is mechanical preparation. We diamond grind every slab — grinding removes laitance, old coatings, adhesive residue, curing compounds and surface contamination, and leaves an open profile the primer can penetrate. Shot blasting is used on large industrial areas where a heavier profile is wanted. Acid etching is not a substitute; it does not remove contamination reliably and it leaves residue behind. Neither is a broom and a mop.
Preparation is also when defects get dealt with rather than hidden. Cracks are cut out, filled and consolidated. Hollow or drummy sections are found by sounding the slab and removed. Expansion and construction joints are treated according to whether they need to stay live or can be locked. Oil-contaminated concrete — common in garages and workshops — has to be degreased and often ground deeper, because oil in the slab will keep bleeding through and prevent a bond.
It is worth knowing one more substrate fact: most cracking in a resin floor originates in the concrete below it. A rigid resin system cannot bridge a slab that is moving. If your slab has structural cracks or an active joint, we will tell you at inspection, and we will tell you what the floor can and cannot do about it rather than pouring over the problem.
Moisture: the failure nobody sees coming
This is the single most under-discussed subject in Pakistani resin flooring, and the one that costs clients the most money when it is ignored. Cured epoxy has low permeability — that is one of its virtues. But a concrete slab sitting on the ground is connected to the ground, and water vapour moves upwards through it continuously. When you seal the top of that slab with a low-permeability film, the vapour that used to escape now collects at the bond line. Pressure builds. The result is osmotic blistering and debonding: small domes that appear weeks or months after handover, often in patches, often in the parts of the floor nobody walked on.
The cause is invisible at the time of installation. A slab can look bone dry, feel dry and still be carrying enough internal moisture to destroy a coating. This is why the industry does not judge slab moisture by eye. Two established test approaches are used: in-situ relative humidity probes, which are sealed into drilled holes at depth and measure the humidity inside the slab itself once it has equilibrated, and calcium-chloride vapour emission tests, which sit a measured quantity of desiccant under a sealed dome on the surface for a set period and weigh how much moisture came out. The first tells you what is happening inside the concrete; the second tells you what is coming out of the surface. Read together, they tell you whether a standard primer is safe or whether the floor needs help.
Where moisture is present, the answer is not to abandon the project — it is to specify for it. A moisture-tolerant primer or a dedicated barrier system is applied before the rest of the build-up, so the floor can be installed and can perform long term. That decision costs something. Discovering the need for it after the floor has blistered costs far more.
We assess the slab for rising moisture as part of every free site inspection, and we say so in the quotation. Ground-floor slabs, basements, older buildings without an effective damp-proof membrane, wash areas, and anywhere with a history of efflorescence or damp patches all get particular attention. Monsoon season and freshly cast concrete both raise the stakes — new slabs need time to release construction water, and no amount of scheduling pressure changes that chemistry.
Choosing a system: coatings, slurries and screeds
Once the slab is understood, the specification comes down to how much material goes on it. Thickness is not a luxury upgrade — it is the main lever for load capacity, impact resistance and how long the floor lasts under the traffic it will actually see. There are three broad families, and they form a ladder.
- Coatings — thin, roller or squeegee applied. The lightest build. A sealer or a two to three coat system for light foot traffic, storage areas, plant rooms, back-of-house corridors and anywhere the priority is a clean, sealed, dust-free surface rather than heavy duty performance. Cheapest per square foot, quickest to install, least tolerant of an uneven slab because a thin film follows whatever it is poured over.
- Self-levelling slurries — the mid range. A flowable resin that finds its own level and produces a genuinely flat, seamless plane. This is where most decorative work lives, and where most commercial and residential floors sit. It has enough body to smooth out minor slab variation, enough thickness to take real footfall and light wheeled traffic, and it is the base for metallic, marble and 3D finishes. See self-levelling epoxy for how it is installed.
- Mortars and screeds — the heavy end. Resin blended with graded aggregate and trowel-applied at the greatest thickness. This is what goes into production areas, warehouses and workshops where forklifts, pallet trucks, dropped tooling, thermal shock and aggressive chemicals are part of daily life. It costs the most, takes the longest, and is the only honest answer in those environments.
The sizing question we ask on site is not "what do you like" but "what happens on this floor". Wheeled loads, point loads from racking legs, dragged pallets, hot water washdown, forklift braking, trolley wheels with grit embedded in them — these are what wear a floor out, and none of them appear in a photograph. A showroom and a workshop might want the same colour and need entirely different systems underneath it.
Getting this wrong in either direction costs money. Specify too thin for the traffic and the floor wears through in the lanes where it is used hardest. Specify an industrial screed for a lounge and you have paid for capacity you will never use. Performance depends on the substrate, the surface preparation, the system specified, the thickness, the traffic, the chemical exposure, the temperature and the UV exposure — so the specification follows the room, not the brochure.
Decorative options compared
Five decorative directions cover almost everything clients ask for. They differ less in durability — that comes from the topcoat and thickness — and more in how the pattern is made, how repeatable it is, and how much attention the finished floor demands.
| Finish | Look | Repeatability | Where it fits | Maintenance demand |
|---|---|---|---|---|
| 3D | A high-resolution printed image installed under clear resin, read as depth rather than as a picture on the floor. | High — the image is a known file, so the result is predictable and can be reproduced. | Feature rooms, bathrooms, showroom corners, reception areas, children's rooms. | Moderate. Gloss is part of the effect, so dust shows. |
| Metallic | Pearl, lava and cloud movement created by pigments drifting while the resin levels. | Low by nature — direction can be steered, the exact pattern cannot be repeated. | Showrooms, lobbies, restaurants, salons, feature residential rooms. | Higher on dark high-gloss floors; lower in mid tones or satin. |
| Marble effect | Stone-like veining over a base tone, hand-worked to a calmer, more classical pattern than metallic. | Medium — the style is repeatable, the individual veins are not. | Hotel and villa interiors, retail, clinics, bathrooms, halls. | Moderate. Pale bases hide dust better than dark ones. |
| Decorative flake | Coloured chips broadcast into the wet coat and sealed, giving a speckled, terrazzo-like surface. | High — flake blends are specified by ratio and repeat well across areas and phases. | Garages, utility rooms, clinics, changing rooms, back-of-house, stairs. | Low. The speckle is the most forgiving finish there is for marks and dust. |
| Solid colour | One flat, uniform tone across the whole plane, satin or gloss. | Very high — colour is specified and matched, including for future phases. | Industrial areas, warehouses, offices, plant rooms, line-marked zones. | Low to moderate. Mid greys are the most practical; very dark and very light are the least. |
Two honest notes on this table. Dark, high-gloss floors of any kind show dust, footprints and fine scratching more than anything else you can specify — they photograph beautifully and they ask for daily attention. And on large areas, hand-worked finishes vary between pours; we plan break lines at doorways, columns or changes of level so that variation reads as deliberate rather than accidental.
Related chemistries in one paragraph
Epoxy is not the only resin used on floors, and a good specification often mixes chemistries rather than treating one as the answer. Polyurethane is more flexible and more UV-stable than epoxy, which makes it a common choice as a topcoat over an epoxy body, and a better base system where a floor needs to tolerate slight movement. Polyaspartic is a fast-curing polyurethane relative, valued where return-to-service time is critical — a retail unit that has to trade tomorrow, or a garage that cannot stay closed — and it is also used as a UV-stable topcoat. PMMA (methyl methacrylate) cures extremely quickly and at low temperatures, which suits cold rooms and overnight shutdowns, at the cost of a strong odour during installation that has to be planned around. Polyurethane-cement is the heavy-duty option for wet-process areas and thermal shock — commercial kitchens, food and beverage production, washdown areas — where hot water, steam cleaning and impact all arrive at once. These are system options, not products on a shelf in our store; which one appears in your specification depends entirely on what your floor has to survive.
Not Sure Which System Your Floor Needs?
You do not have to work it out on your own. Send us the city, the approximate area and a photograph of the existing floor, and we will tell you what we would specify and why. The site inspection is free, the quotation is written, and it names the system, the thickness and the topcoat rather than a single rate per square foot.
Slip resistance and gloss
Smooth resin is slippery when it is wet. That is not a defect in the material and no finish removes the trade-off entirely — it is physics, and every flooring salesperson who tells you otherwise is selling. A polished, seamless surface with nothing on it to break the water film gives shoes very little to grip. Dry, it is fine. Wet, at an entrance during rain, or in a kitchen where oil has been spilled, it is a genuine hazard.
Slip resistance is engineered by putting texture into the top of the floor. A fine aggregate, polymer bead or graded silica is broadcast into or blended through the final coat, so the surface carries microscopic high points that cut through the water film. The coarser the texture, the more grip you get — and the harder the floor becomes to clean, because the same texture that holds a shoe also holds dirt. That is the real decision, and it is a decision about the room rather than about the product: ramps, external steps, wash bays, commercial kitchens and pool surrounds justify an aggressive texture; a showroom does not. Our anti-slip flooring page goes through the grades, and it is common to specify different levels in different zones of the same building.
Gloss is the other half of the same conversation. High gloss maximises depth and reflection, which is why decorative floors are photographed that way, and it shows every speck of dust, every footprint and every fine scratch. Satin scatters light instead of mirroring it, so the same floor looks calmer and hides day-to-day marking far better. In real rooms the pattern is consistent: high gloss suits controlled spaces with matting at the doors and someone who cleans; satin suits family homes, restaurants, offices and anywhere that gets used hard. A matt finish goes further again and is the pragmatic choice where the floor should recede rather than perform.
UV and outdoor use
Standard epoxy is not UV-stable. Under sustained direct sunlight the resin ambers — it shifts towards yellow — and the change is gradual, uneven and permanent. It is most obvious on white, pale grey and pale blue floors, and most obvious of all where a sunlit strip falls across a floor that is otherwise shaded, because you end up with a visible line between the two.
The protection comes from the topcoat, not from the body of the floor. Aliphatic polyurethane and polyaspartic topcoats hold their colour far better under UV, and where a floor sits under glazing, a skylight, a glass frontage or a roof light, that is what we specify. It costs more than a standard clear coat, and it usually also improves abrasion resistance, so it rarely feels like money wasted. Where sunlight is not a factor, it is an unnecessary expense and we say so.
Fully external areas are a different question again. Open terraces, ramps and uncovered parking decks face UV plus thermal cycling plus water, and epoxy is generally the wrong first choice there; polyurethane, polyaspartic or a cementitious system is usually specified instead. Covered parking, basements, porches and any area under a roof are entirely reasonable epoxy environments. If you are planning something outdoors, tell us at the inspection — it changes the specification rather than just the price.
What drives the price
Resin flooring is quoted by the square foot, which makes it look simpler than it is. The rate is an output, not an input. Six things move it, and understanding them is the difference between comparing quotations properly and just picking the smallest number.
- Slab condition. The biggest swing factor and the one nobody can see in advance from a photograph. Cracks, unevenness, old tile adhesive, oil contamination, weak concrete and rising moisture all add preparation hours or a barrier system before a drop of decorative resin goes down.
- Area and layout. Rate per square foot falls as area rises. One open 5,000 sqft hall is cheaper per foot than ten small rooms totalling the same area, because corridors, doorways, corners and edges are all slow hand-worked metres.
- The system and its thickness. A thin coating, a self-levelling slurry and a heavy-duty screed are different amounts of material and different amounts of labour. This is the line most quotations leave vague, and it is the line that matters most.
- The finish. Solid colour is the baseline. Flake adds a broadcast stage. Metallic, marble and 3D add hand-worked pattern stages, additional clear build coats and sample panels before installation.
- Access and programme. Upper floors without a service lift, live retail units, night-only working, phased handovers and sites where another trade is still working all add time to the same square footage.
- Location and mobilisation. We have offices in all major cities and provide service all over Pakistan. Where a site needs mobilisation, that cost is in the quotation, and we reduce it by scheduling the work as one continuous visit rather than several.
One warning about comparing quotations. If one price is dramatically lower than the others, look for what has been removed rather than assuming a better deal: grinding hours, the primer, a moisture barrier, the number of coats, and the topcoat specification are the usual candidates. A floor installed over inadequate preparation can look identical on handover day and fail within a year, and by then the saving is gone.
Timeline and living with a curing floor
A single room typically takes three to five working days on site, plus time beforehand for sample panels where the finish needs approval. The sequence is preparation and priming, then the body coat, then the design layer, then clear build coats and the topcoat. Each coat has to go down within the recoat window of the layer below it — too soon and it will not have gelled, too late and the bond suffers — which is why the programme cannot be shortened by adding more people. Larger commercial and industrial floors are phased so that parts of your site stay in use, with break lines agreed in advance.
Curing is the part clients most often underestimate. The floor becomes touch-dry long before it is fully cured, and full chemical and mechanical resistance develops over a longer period. Light foot traffic returns first. Furniture, wheeled loads, heavy equipment and aggressive cleaning chemicals all come later, in that order. Warm weather accelerates cure and cold weather slows it, so the same system installed in Lahore in July and in Islamabad in December will not release at the same time.
We do not publish one universal cure time, because return-to-service is system-specific and quoting a single number for every floor would be misleading. The foot-traffic time, the furniture time and the full-service time for your build-up are stated in your quotation and repeated at handover. What we will say generally: keep the area closed and clean while it cures, do not tape anything to the surface, do not put rubber-backed mats or plastic sheeting down early, and keep the space ventilated. During installation the area will smell of resin; it clears as the floor cures.
If you are in a fit-out, sequence the floor late — after the wet trades, plastering and painting, and before final furniture and fittings. Bringing the floor forward means protecting a finished surface through somebody else's dusty work, which costs more than it saves.
Maintenance that actually matters
Resin floors are easy to look after and easy to dull, and almost all of the difference is grit. Fine sand and dust walked in from outside act like sandpaper underfoot; that is what flattens gloss in the main walking lines, not the traffic itself. Five habits do nearly all of the work.
- Matting at every external door. The single most effective thing you can do, by a wide margin. A long walk-off mat stops grit before it reaches the floor, and it costs a fraction of a re-coat.
- Dust mop before you wet mop. Wet-mopping a gritty floor drags the grit around in a slurry. Sweep or dust mop first, then damp mop with a pH-neutral cleaner and clean water, changing the water before it turns grey.
- Felt pads under furniture. Chair and table legs are responsible for most of the visible scratching in homes and restaurants. Lift furniture rather than dragging it, and put pads on anything that moves regularly.
- No abrasives. Scouring powders, wire wool, aggressive scrubbing pads, strong solvents and steam cleaners all attack the topcoat. Use the mildest thing that works, and wipe spills reasonably promptly — particularly anything strongly acidic or solvent-based.
- Periodic re-polish or re-coat. When the gloss eventually flattens in the busy lanes, the topcoat can be abraded and re-coated without touching the decorative layer underneath. It refreshes the whole floor for a fraction of the cost of replacing it, and it is the reason a well-specified resin floor keeps earning its keep.
In industrial settings, add one more: keep an eye on the areas around drains, door thresholds, racking legs and turning points for forklifts. Those are the places that wear first, and a small localised repair caught early is far cheaper than a re-lay. We are happy to look at a floor we installed and tell you honestly that it is not yet worth re-coating.
Questions to ask any flooring contractor before you sign
This is the part worth bookmarking. You do not need to become a resin specialist to buy a good floor — you need seven questions and the confidence to expect real answers. Ask them of us, and ask them of everyone else you are considering. A contractor who answers these clearly and puts the answers in writing is worth more than one who is a little cheaper.
- What preparation method will you use, and how long will it take? You want to hear diamond grinding or shot blasting, with a number of days attached. If the answer is washing, acid etching or "we will clean it", the bond is being left to chance. Ask what happens to old adhesive, coatings and oil-contaminated areas.
- Has the slab been assessed for moisture, and what did you find? Ask specifically. If the slab has not been checked, ask how they know a standard primer is safe, and what happens if the floor blisters. A serious contractor will talk about the slab's moisture condition and about a moisture-tolerant primer or barrier system where one is needed.
- Which system are you quoting, and at what thickness? Coating, self-levelling slurry or screed — and how many coats. "Epoxy flooring" is not a specification. This single question makes two quotations comparable, and it is usually where the price difference is hiding.
- What topcoat is included, and is it UV-stable and slip-resistant? The topcoat sets abrasion resistance, chemical resistance, gloss level, slip resistance and colour stability. If your floor sits under glazing or gets wet, this answer decides whether it still looks right in two years.
- What is the return-to-service time for this build-up? Expect separate times for foot traffic, furniture and full service, and expect the contractor to relate them to the weather and the system rather than quoting one number for every floor. Plan your reopening around the full-service figure, not the foot-traffic one.
- What exactly does the warranty cover, and what does it exclude? Ask for the exclusions, not the headline. Ours: 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. Read the full warranty here.
- Is all of this in writing? The system, the thickness, the number of coats, the preparation method, the topcoat, the area measured on site, the programme, the return-to-service times, the exclusions and the price. If it is a rate per square foot in a WhatsApp message and nothing else, there is nothing to hold anyone to later. Everything above should appear on the quotation before you pay a deposit.
Two smaller questions that tell you a lot: who is actually doing the work — the team quoting, or a subcontractor you have not met — and what happens if something goes wrong six months from now. Ask both. The answers are usually short and usually revealing.
If you have read this far, you know more about resin flooring than most people who buy it. When you are ready, send us the room and we will do the rest: request a written quote, browse the frequently asked questions, or message us on WhatsApp and describe the floor.
Now Pick The System For Your Room
Each page covers what the system is, who it suits, where it does not belong, how it is installed and what moves the price.
3D Epoxy Flooring
A printed image under clear resin. The most predictable decorative result, because the artwork is agreed before anything is poured.
View systemMetallic Epoxy
Pigment movement created in the wet resin. Choose it when you want a floor nobody else has and can approve a direction rather than a pattern.
View systemMarble Epoxy
Stone-like veining with no grout lines and no joints. The calmer decorative option for hotels, clinics and villa interiors.
View systemSelf-Levelling Epoxy
The flat, seamless mid-range base that most commercial and residential floors are built on, in solid colour or under a decorative layer.
View systemIndustrial Epoxy
Mortars and screeds specified around forklift loads, impact, thermal shock and chemical exposure rather than around appearance.
View systemAnti-Slip Flooring
Textured finishes for ramps, wash areas, kitchens and entrances, graded so you get the grip the room needs without losing cleanability.
View systemBook a free site inspection
Tell us your city and roughly how big the area is. We will measure, assess the slab for moisture, recommend a system and come back with a fixed written quotation — with the lifetime warranty terms included.