Polyurethane floor coating is a durable and attractive coating solution developed for floors exposed to industrial and chemical effects. Thanks to its semi-flexible structure, which gives an even surface and the ability to bridge cracks, it provides long-lasting protection. It offers a hygienic surface that is easy to clean, which makes it an ideal choice in industrial and commercial spaces.
With their self-levelling property, polyurethane coatings create a smooth surface and also offer different options in appearance with matt or gloss surface choices. If required, electrical conductivity can be controlled with the antistatic floor coating option.
Chemical Resistance: Provides high resistance to damage caused by industrial and chemical effects. Hygienic and Easy to Clean: Offers ease of cleaning and maintenance and is used with confidence in areas requiring hygiene. Crack-Bridging Property: Effectively covers small cracks in the floor to create a smooth surface. Aesthetic Options: Offers a decorative appearance with matt or gloss surface alternatives. Flexibility: Accommodates surface movement thanks to its semi-flexible structure. Antistatic Property: Offers special solutions for areas where electrical conductivity is required.With its expert staff and the use of quality materials, Likit İzolasyon brings durability, hygiene and good looks to your projects in polyurethane floor coating services. Discover our durable and functional floor coating solutions.
Production areas subject to temperature change, and cold stores Workshops and press lines with vibrating machinery Car park decks and ramps — surfaces subject to movement and thermal expansion Roof levels, terraces and outdoor floors — areas requiring UV resistance Commercial spaces where elasticity and sound insulation are expectedThese are systems with high elongation at break; they can bridge the fine cracks that form in the concrete beneath. In areas with temperature differences and vibration they offer a marked advantage over epoxy. They also provide underfoot comfort and sound damping.
These are systems with a hardness close to that of epoxy but with better impact resistance. They are preferred where a balance between chemical resistance and flexibility is sought.
These retain their colour stability outdoors and in areas receiving plenty of light. By applying an aliphatic polyurethane top coat over an epoxy body coat, both chemical resistance and UV protection can be achieved together.
1. Floor analysis and moisture measurement: The strength, flatness and relative humidity of the concrete are measured. Because polyurethane systems are affected by moisture, this measurement is essential. 2. Mechanical preparation: The surface is opened up by grinding or blasting; loose layers and remnants of the old coating are removed. 3. Joint and crack solutions: Moving joints are carried through into the coating and filled with an elastic sealant. Static cracks are repaired with resin. 4. Primer: A primer suited to the surface and its moisture condition is selected; moisture-barrier primers are used on concrete with high moisture content. 5. Coating and top coat: The body coat is applied, aggregate is broadcast where required to provide slip resistance, and the top coat is laid. Polyurethane systems are more elastic than epoxy; they are preferred on floors with moving cracks and thermal expansion. In conditions of high ambient humidity, curing accelerates and blisters can form on the surface; the application conditions must be monitored. Slip resistance can be assessed by the TS EN 13036-4 pendulum test. Screeds and floor mortars are classified under TS EN 13813 .We are talking about different kinds of durability. Epoxy is harder and more resistant to chemicals; polyurethane is more resistant to impact, thermal shock and movement. If there is a risk of cracking and a change of temperature in the floor, polyurethane is chosen; if chemical exposure is the priority, epoxy is chosen.
Yes, and this is one of the areas in which polyurethane is strongest. Its UV resistance is higher than that of epoxy; together with an aliphatic top coat, colour stability is maintained for a long time. Upper car park decks and terraces are typical application areas.
Yes. Thanks to its elastic structure it does not become brittle at low temperatures and tolerates thermal movement. During application the ambient temperature must meet the product's requirements; temporary heating is provided if necessary.
If the existing coating is sound and fully bonded to the surface, polyurethane can be applied with a suitable primer after roughening by sanding. If there is debonding or blistering, the problem areas must be removed first.
Likit İzolasyon exceeded our expectations with their waterproofing and floor coating services. Thanks to their meticulous workmanship and on-time delivery, our building is now far safer and more durable.
During our building strengthening works we saw the difference of working with a professional team. With carbon fibre and concrete repair applications they gave our structure a new life. I would definitely recommend them!
We used their epoxy floor coating service and the result is incredible! We gained both an attractive appearance and a long-lasting, durable solution. I appreciate their professional approach.
We received terrace and foundation waterproofing services. With their polyurethane-based solutions in particular, they provided a permanent answer to water leaks. The team's professionalism and on-time delivery are truly commendable.
Concrete cracks and deterioration in our old building were causing serious problems. The Likit İzolasyon team made the structure safe again with concrete repair and protection. They kept us informed in detail at every stage of the process.
They did outstanding work on car park line marking and industrial painting projects. With thermoplastic paint they delivered a solution that is both attractive and long-lasting. The importance they place on occupational safety is a further plus!
We had epoxy and polyurethane floor coating applied in our factory. Our spaces gained both a durable and an attractive appearance. They are also very easy to clean. Thank you to the professional team!
We worked with Likit İzolasyon on building strengthening. Thanks to the carbon fibre application our structure became earthquake resistant. Their transparent and meticulous work from start to finish gave us confidence.
The concrete crack repair service completely solved the problems in our old building. Even the finest details were attended to during the work. We now have a structure we can use safely for many years.
