Epoxy Paint
starting from
450 ₺
/ m²
+ VAT
- Mechanical surface preparation and epoxy primer
- Two epoxy topcoats (0.3–0.5 mm)
- For light and medium traffic areas
Sportaş · Industrial Floor Coating
Epoxy Floor Coating and Application
Since 2005 we have been building artificial-turf pitches and sports facilities; we now bring that floor-engineering experience to epoxy flooring for factories, warehouses, car parks and workshops. From surface preparation to the final coat, we deliver the entire job turnkey under a single contract and with a written warranty.
- Professional surface preparation by grinding
- Seamless, hygienic, dust-free floor
- Written warranty
2005of floor application experience since
81 ProvinceService throughout Türkiye
6epoxy and polyurethane system options
200 m²minimum application area
What Is an Epoxy Floor?
A Seamless Resin Floor That Protects Concrete and Stops Dusting
Epoxy floor coating is a hard, seamless layer formed by mixing epoxy resin with a hardener and applying it to a concrete surface, where it cures chemically. It stops concrete from dusting, protects it against abrasion and chemicals, and makes cleaning easier.
Bare concrete dusts quickly, cracks and traps dirt in its porous structure under forklift traffic, oil, chemicals and constant cleaning. An epoxy coating seals that surface with a single non-porous layer. The result is a hygienic, glossy, easy-to-clean industrial floor that needs no maintenance for years.
The secret of a good result is not the material but the surface preparation. Even the most expensive epoxy will blister and peel within a short time if applied to concrete that has not been ground or whose moisture has not been measured. On every project we open the surface mechanically, measure the moisture and move on to priming only after completing the repair layer.
- Dust-free, non-porous and hygienic surface
- Resistant to forklift and heavy-load traffic
- Resistant to oil, acid and chemicals
- Reflects light and makes the facility feel brighter
Epoxy Systems
The Right Epoxy Floor System for Your Needs
Not every facility gets the same coating. We decide together on the most suitable of six systems, based on your floor's traffic intensity, chemical exposure and hygiene requirements.
Self-Levelling Epoxy
The most preferred epoxy system: 2–3 mm thick, it spreads by itself to create a smooth, seamless surface.
Details
Epoxy Paint (Thin-Film Coating)
The most economical epoxy floor solution at 0.3–0.5 mm with a primer plus two finish coats; for light and medium traffic.
Details
Multi-Layer / Quartz-Aggregate Epoxy
Built up in layers with broadcast quartz aggregate at 3–5 mm; the epoxy system most resistant to heavy loads and impact.
Details
Anti-Static (ESD) Epoxy Floor
A conductive epoxy system that earths static electricity: for electronics manufacturing, clean rooms, laboratories and explosive environments.
Details
Polyurethane (PU) Floor Coating
A flexible, UV-resistant polyurethane system resistant to thermal shock; for cold stores and outdoor areas.
Details
Floor Line Marking and Signage
Forklift routes, pedestrian corridors, warehouse zone boundaries and safety markings; permanently applied with epoxy line paint.
Details
Areas of Use
Where Is Epoxy Flooring Applied?
Anywhere there is a concrete floor and a need for durability, hygiene or easy cleaning. The areas we work in most often are listed below.
Factory and Production Plant
A floor resistant to abrasion and oil in production halls, under machinery and in dispatch areas.
Warehouse and Logistics Centre
A dust-free warehouse floor resistant to forklift traffic and line-marked between the racks.
Indoor and Outdoor Car Parks
A car-park coating that leaves no tyre marks, with parking bay lines and direction arrows applied.
Food and Pharmaceutical Plant
Seamless, non-porous and washable; a self-levelling floor suited to hygiene inspections.
Hospital and Laboratory
A hygienic surface resistant to disinfection, with no joints and easy to clean.
Electronics Manufacturing and Clean Rooms
An anti-static (ESD) epoxy floor that prevents electrostatic discharge, handed over with a measurement report.
Workshop, Repair Shop and Service Centre
Resistant to oil, fuel and chemicals; a quartz-aggregate system in areas exposed to impact.
Showroom and Retail Store
A striking floor with high gloss, in the colour of your choice and with decorative flake options.
Cold Store
A polyurethane system resistant to thermal shock; a coating that does not crack at low temperatures.
Sports Halls and Facility Areas
Ancillary spaces in indoor halls, areas beneath grandstands, changing rooms and fitness areas.
Why Sportaş?
A Team That Has Been Doing Floors for Twenty Years
We have been building sports floors and facilities since 2005. Polyurethane on athletics tracks, acrylic on tennis courts, artificial turf on football pitches — what they all share is a properly prepared base. We apply the same engineering discipline to our epoxy work.
We carry out the work with our own team without splitting it among subcontractors. Every stage from grinding and moisture measurement to the final coat is under a single responsibility; when a problem arises there is no crowd of parties for you to argue with about whose job it was.
- Mandatory moisture measurement before application — the number-one cause of blistering
- Mechanical surface preparation: grinding or shot blasting, never just sweeping
- An itemized, transparent quotation; no surprise costs outside the contract
- Phased work without stopping production, with weekend application available
- Written warranty on materials and workmanship
Application Process
How Is an Epoxy Floor Made? Step-by-Step Application
A quality epoxy floor comes from correct application far more than from the material. The six steps we follow on site are below.
01
Site Survey, Moisture Measurement and Floor Analysis
The first step of an epoxy floor application is assessing the existing concrete. Surface hardness, cracks, oil contamination and — most critically — concrete moisture are measured. If the moisture level is above the limit the epoxy will blister off the surface; in that case a moisture-barrier primer is planned first.
02
Mechanical Surface Preparation (Grinding / Shot Blasting)
The concrete surface is opened mechanically by diamond grinding or shot blasting. Old paint, screed laitance and oil layers are removed to obtain the porous texture the epoxy will bond to. If this step is skipped the coating peels within a short time; it is the stage that determines the life of the system.
03
Repair, Levelling and Priming
Cracks and breaks are filled with epoxy mortar and level differences are evened out. An epoxy primer that penetrates deep into the concrete is then applied; the primer both ensures adhesion and balances topcoat consumption by preventing the concrete from absorbing the resin.
04
Intermediate Layer / Body Application
The body is built according to the chosen system: in self-levelling, the self-spreading resin is drawn with a notched trowel and de-aerated with a spiked roller; in the multi-layer system, quartz aggregate is broadcast over the resin so the layers interlock.
05
Topcoat and Line Marking
A coloured topcoat is applied to seal the surface; a matt, satin or gloss finish is provided on request. Once cured, forklift routes, pedestrian corridors and zone boundaries are marked with epoxy line paint.
06
Curing Time, Inspection and Handover
Epoxy cures chemically: it is opened to foot traffic after about 24 hours and to full load traffic after 7 days. The surface is inspected, resistance measurement is reported for anti-static systems, and the floor is handed over under a written warranty together with maintenance instructions.
Factory, warehouse, car park or workshop — whichever area you are planning, we carry out all these steps under a single contract. Get a free site survey and an itemized net m² quotation for your floor.
Free Site Survey & Quotation
Technical Specifications
Epoxy Floor Technical Data
The values below show typical ranges for our standard applications; they may vary depending on the product and system selected.
| Thickness range | 0.3 mm (epoxy paint) – 5 mm (multi-layer system) |
|---|---|
| Compressive strength | Typically 60–90 N/mm² (depending on system) |
| Adhesion strength | > 1.5 N/mm² (concrete failure) |
| Open to foot traffic | Approximately 24 hours (at 20 °C) |
| Full cure / heavy traffic | 7 days (at 20 °C) |
| Service temperature | −20 °C … +60 °C (wider for polyurethane) |
| Chemical resistance | Resistant to oil, fuel, dilute acids and alkalis |
| Concrete moisture limit | Maximum 4% (a moisture-barrier primer is required above this) |
| Ambient application temperature | +10 °C … +30 °C, relative humidity < 75% |
| Slip-resistance class | R9 (smooth) – R12 (aggregate non-slip finish) |
| Surface resistance (ESD system) | 10⁴ – 10⁹ Ω (handed over with a measurement report) |
| Expected service life | 10 years and above with correct application and maintenance |
Prices & Cost
Epoxy Floor Prices per m²
The m² starting prices below show the approximate cost for a concrete floor in standard condition. The exact price is determined after a free site survey, based on the application area, the condition of the existing floor and the system selected.
Self-Levelling Epoxy
starting from
1.100 ₺
/ m²
+ VAT
- Surface opening by grinding, repair and levelling
- Self-levelling epoxy (2–3 mm)
- Seamless, hygienic and glossy finish
Multi-Layer / Quartz
starting from
1.500 ₺
/ m²
+ VAT
- Quartz-aggregate multi-layer body (3–5 mm)
- Resistant to heavy loads and forklift traffic
- Non-slip surface finish on request
Anti-Static (ESD) Epoxy
starting from
2.000 ₺
/ m²
+ VAT
- Copper-tape earthing grid
- Conductive primer + anti-static topcoat
- Handover with a surface-resistance measurement report
The stated amounts are starting unit prices per m² excluding VAT and vary depending on the application area, the condition of the existing concrete surface, the required thickness and the colour selected. The minimum application area is 200 m². For a net price we carry out a free site survey and provide an itemized quotation.
What Determines the Cost of an Epoxy Floor?
An epoxy floor price cannot be reduced to a single figure; even two different spaces in the same facility can produce very different costs. The determining factors are the size of the application area, the condition of the existing concrete and the thickness of the chosen system. Below are the main factors that directly affect the m² price.
Application Area
The larger the area, the lower the unit price per m². Because team and machinery set-up costs are fixed, the unit price of a 200 m² job differs considerably from that of a 2,000 m² job.
Condition of the Existing Floor
Sound, level concrete is ground and primed directly. On cracked floors, floors that have absorbed oil, floors with level differences or previously painted floors, the repair and levelling item raises the cost.
Selected System and Thickness
Most of the price difference comes from here: the amount of resin consumed differs several times over between 0.3 mm epoxy paint and a 5 mm quartz-aggregate system.
Concrete Moisture
If the moisture level is above the limit, a special moisture-barrier primer is required. This extra layer increases the cost, but if it is skipped the coating will inevitably blister.
Colour, Finish and Line Marking
Colours other than standard grey, a non-slip aggregate finish, decorative flake application and floor line marking are items added to the price.
Working Conditions
If production cannot be stopped, phased or night and weekend work is required. The province where the site is located and transport conditions are also reflected in the total cost.
Our References
Epoxy Flooring Projects We Have Completed
A selection from the projects we have delivered, from factories and warehouses to car parks, food plants and workshops.
Turnkey
Written Warranty
Moisture-Tested Application
Nationwide
Sports Facilities
Floor Coating Solutions for Sports Facilities
In a sports facility the ancillary spaces need the right floor just as much as the playing area does. We apply epoxy and polyurethane coatings in indoor hall corridors, beneath grandstands, in changing rooms, fitness areas and technical spaces.
For the playing area itself, different systems come into play depending on the intended use: artificial turf on football pitches, an acrylic hard surface on tennis and basketball courts, and a polyurethane (tartan) surface on athletics tracks. All rest on the same basic principle — a solid base, correct drainage and application to standard.
- Epoxy floors in indoor hall ancillary spaces and corridors
- Non-slip polyurethane finish in changing rooms and wet areas
- Impact-resistant coating in fitness and weight rooms
Our Service Area
Epoxy Flooring Throughout Türkiye
We deliver turnkey epoxy flooring projects for factories, warehouses, car parks and workshops in 81 provinces. Wherever your facility is, our team is there for a site survey.
We work intensively in organised industrial zones and logistics hubs, above all in İstanbul, Ankara, İzmir, Bursa, Kocaeli and Gaziantep. On large-area projects our team stays on site to work without interruption.
- İstanbul
- Ankara
- İzmir
- Bursa
- Kocaeli
- Gaziantep
- Konya
- Adana
- Antalya
- Mersin
- Kayseri
- Manisa
- Denizli
- Sakarya
- Tekirdağ
- Eskişehir
- and across 81 provinces
81Province
Frequently Asked Questions
Frequently Asked Questions About Epoxy Floors
The m² price of an epoxy floor varies with the system selected. Our starting prices are: epoxy paint 450 ₺/m², self-levelling epoxy 1,100 ₺/m², multi-layer quartz-aggregate system 1,500 ₺/m², anti-static (ESD) epoxy 2,000 ₺/m² (excluding VAT). The unit price falls as the area grows. The exact price is determined after a free site survey with an itemized quotation.
The duration depends on the area and the system. Over an area of roughly 500 m², epoxy paint is completed in 2–3 days and a self-levelling system in 4–5 days. Curing time is not included in this: the floor is opened to foot traffic after about 24 hours and to full load after 7 days.
Yes, our minimum application area is 200 m². Because team, machinery and material set-up costs are fixed, the unit price per m² rises disproportionately over smaller areas. If your area is smaller, call us anyway and we will assess it together.
An epoxy floor applied with proper surface preparation and the right system choice serves for 10 years and above under normal conditions of use. The main factors determining its life are thickness, traffic intensity and regular cleaning. Thin-film epoxy paint may need refreshing every few years under heavy traffic.
Not directly. Old paint, screed laitance and oil layers are removed mechanically by diamond grinding or shot blasting; reaching the porous surface of the concrete is essential for the epoxy to bond. If this step is skipped the coating peels off together with the old layer.
The two most common causes are inadequate surface preparation and concrete moisture. Epoxy cannot bond to an unground surface; and where the moisture level is above 4%, water-vapour pressure blisters the coating from beneath. That is why we measure moisture before application on every project and apply a moisture-barrier primer where needed.
Yes. We can divide the facility into phases and work at weekends or on the night shift. By progressing section by section we keep production running; we plan the work schedule together with you during the site survey.
Three questions determine the choice: what kind of traffic is on the floor, is there chemical or temperature exposure, and what level of hygiene is required? Epoxy paint is right for a lightly trafficked warehouse, self-levelling for food and pharmaceutical plants, a quartz-aggregate multi-layer system for heavy forklift traffic, and anti-static epoxy for electronics manufacturing. We decide together during the site survey.
A standard gloss finish is not slippery when dry, but it can become slippery when wet. In wet or oily areas we add non-slip aggregate to the topcoat to achieve a surface in class R11–R12, so that occupational-safety requirements are met.
Maintenance is easy. Regular sweeping or washing with a neutral detergent using a scrubber machine is sufficient. Abrasive wire brushes and strong acidic cleaners should be avoided. Applying rubber protection tape at forklift crossing points noticeably extends the service life. We share the maintenance instructions with you at handover.
It is mandatory in circuit-board and semiconductor production because electrostatic discharge causes permanent damage to sensitive components. It is also applied as an occupational-safety requirement in environments containing explosive or flammable materials, to eliminate the risk of sparks. We provide a surface-resistance measurement report at handover.
Epoxy is harder and more abrasion-resistant; it is the right choice for most indoor industrial areas. Polyurethane is flexible, does not yellow under UV light and withstands thermal shock. Polyurethane is preferred in sunlit areas, cold stores and food lines washed with hot water.
Yes. We apply forklift routes, pedestrian corridors, warehouse zone boundaries, direction arrows, zone numbers and markings in front of fire equipment using epoxy line paint. Unlike adhesive tape, an epoxy line integrates with the floor and does not lift under forklift traffic. It can also be added later to an existing epoxy floor.
We apply epoxy floor coatings in Türkiye's 81 provinces, above all in İstanbul, Ankara, İzmir, Bursa, Kocaeli and Gaziantep. We work intensively in organised industrial zones and logistics hubs; you can contact us for a free site survey in your city.