Teping® manufacturer
01 / 07 · Category
Epoxy. Polyurethane. PU cement.
Seamless self-levelling floors for production halls, warehouses, car parks and retail. We help you choose an epoxy, polyurethane or PU-cement system for your substrate, loads and operating conditions.
Key figures
Figures from the instructions and product pages on tnpgroup.ru.
The basics
A resin floor is a seamless coating 1.5 to 10 mm thick, poured over prepared and primed concrete.
Epoxy floors are hard, decorative and chemical-resistant; polyurethane floors are tough yet flexible and withstand impact, vibration and temperature swings.
Polyurethane cement coatings are the thickest, resist heat and chemicals, and can go onto concrete with residual moisture above 4%.
Thickness follows the load: 1.5–2 mm for foot traffic, 2–3 mm for vehicles and from 3 mm for heavy-duty use.
PRODUCT LINES
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Durable, cost-effective seamless floors for production, storage and retail.
Products: 6See products 02Self-levelling floors for interiors that need a more elastic finish.
Products: 3See products 03Excellent chemical resistance and strength for heavy-duty production areas.
Products: 4See products 04Resins for building resin floors.
Products: 2See productsPRODUCTS
Every product in this category, grouped by line. The product page has the full description; send an enquiry and we will help you choose a system.
Chemistry
Properties
Durable, cost-effective seamless floors for production, storage and retail.
Products: 6Self-levelling floor · Epoxy · 2K
1.5–5 mm · decorative, for production, warehouses and public buildings
Self-levelling epoxy floor coating for interiors with high decorative requirements. Wear resistance confirmed by real-world testing; tinted to RAL.
Filler · Epoxy · 2K
0.4–2 mm · repairs cracks and pits, levelling layer
Epoxy filler for concrete that can be extended with quartz sand. For repairing cracks and potholes and as an intermediate levelling layer.
Self-levelling floor · Epoxy · 2K
1.5–5 mm · quartz-filled, for industrial sites and car parks
Quartz-filled, tinted, low-viscosity epoxy for seamless floors in industrial buildings and car parks. Used as filler, intermediate and finishing layer.
Resin · Epoxy · 2K
1.5–5 mm · clear layer of a 3D self-levelling floor
Clear, low-viscosity, solvent-free epoxy for decorative self-levelling 3D floors. Flows out well and has a long working time.
Used in systems3.7
Self-levelling floor · Epoxy · 2K
1.5–5 mm · antistatic, keeps its conductivity over time
Two-component antistatic self-levelling epoxy floor coating. Flows out well and gains strength quickly.
Used in systems1.5
Self-levelling floor · Epoxy · 2K
1.5–5 mm · chemical-resistant: acids, alkalis, solvents, fuel
Epoxy floor coating for chemically exposed floors. Resists organic solvents, alcohols, acid, alkali and salt solutions, petrol and diesel fuel.
Used in systems1.4
Self-levelling floors for interiors that need a more elastic finish.
Products: 3
Self-levelling floor · Polyurethane · 2K
1.5–5 mm · tough yet flexible, takes impact, vibration and temperature swings
Tough-elastic, solvent-free polyurethane self-levelling floor coating with high resistance to impact and vibration. Withstands swings from above- to below-zero temperatures.
Filler · Polyurethane · 2K
0.4–2 mm · repair and intermediate layer of polyurethane floors
Quartz-filled polyurethane filler for concrete indoors: a tough-elastic repair compound for mineral substrates and an intermediate layer in PU floor systems.
Self-levelling floor · Polyurethane · 2K
1.5–5 mm · quartz-filled, budget industrial floor
Quartz-filled polyurethane self-levelling coating for cost-effective seamless industrial floors from 2 mm thick.
Used in systems2.1
Excellent chemical resistance and strength for heavy-duty production areas.
Products: 4
Enamel · PU cement · 3K
paint coat over concrete with moisture above 4%
Pigmented polyurethane cement coating based on a water-borne polyol emulsion, isocyanate hardener and reactive dry filler.
Floor coating · PU cement · 3K
6–10 mm · highly filled, resists wear, heat and chemicals
Highly filled polyurethane cement floor coating for wear-resistant surfaces with enhanced heat and chemical resistance.
Used in systems4.2
Self-levelling floor · PU cement · 3K
3–6 mm · self-levelling, anti-slip, for heavy loads, heat and chemicals
Self-levelling polyurethane cement for non-slip floor coatings in areas with heavy loads, wear, chemical and thermal exposure.
Used in systems4.1
Primer · PU cement · 3K
primer and standalone coating over concrete with moisture above 4%
Primer based on water-borne polyurethane resins, isocyanate hardener and functional dry filler. Also usable as a stand-alone coating.
Resins for building resin floors.
Products: 2
Resin · Epoxy · 2K
up to 1.5 cm per pour · casting tabletops, artwork and décor
Crystal-clear, low-viscosity, solvent-free epoxy resin designed for casting tabletops, pictures and other decorative pieces.
Resin · Epoxy · 2K
up to 1.5 cm per pour · repairs, glass-fibre laminating, fillers
Medium-viscosity epoxy resin supplied with hardener. For repairs, impregnating glass fibre fabric, making fillers and similar tasks.
There is no product with this combination. Clear one of the filters or describe the task to us and we will suggest a solution. Find a system
How a floor is built
Typical Teping® systems layer by layer, and how much self-levelling floor each thickness takes.
What lies between the concrete and the finish, and how much of each layer a square metre takes.
Concrete ≥ 20 MPa, moisture ≤ 4 %, age ≥ 28 days
2 mm≈ 3.2–3.8 kg/m²
Full systemConcrete ≥ 20 MPa, moisture ≤ 4 %, age ≥ 28 days
2 mm≈ 3.8–4.4 kg/m²
Full systemNot needed
Concrete ≥ 20 MPa, moisture ≤ 8 %, age ≥ 28 days
4–6 mm≈ 8.4 kg/m²
Full systemConcrete ≥ 20 MPa, moisture ≤ 4 %, age ≥ 28 days
up to 0.3 mm≈ 0.8–1 kg/m²
Full systemKilograms of mix per square metre at a given layer thickness.
| Product | 1.5 mm | 2 mm | 3 mm | 4 mm | 5 mm | 6 mm | 8 mm | 10 mm |
|---|---|---|---|---|---|---|---|---|
| Teping Floor 205 C1.5 kg/m² per 1 mm | 2.25 | 3 | 4.5 | 6 | 7.5 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping Floor 205 Industrial1.7 kg/m² per 1 mm | 2.55 | 3.4 | 5.1 | 6.8 | 8.5 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping Floor 205 CR1.5 kg/m² per 1 mm | 2.25 | 3 | 4.5 | 6 | 7.5 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping Floor 205 AS1.5 kg/m² per 1 mm | 2.25 | 3 | 4.5 | 6 | 7.5 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping Floor 205 Clear 3D1.1 kg/m² per 1 mm | 1.65 | 2.2 | 3.3 | 4.4 | 5.5 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping Floor 205 PU S1.4 kg/m² per 1 mm | 2.1 | 2.8 | 4.2 | 5.6 | 7 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping Floor 205 PU Industrial1.6 kg/m² per 1 mm | 2.4 | 3.2 | 4.8 | 6.4 | 8 | thickness not recommended | thickness not recommended | thickness not recommended |
| Teping PU-C SL2 kg/m² per 1 mm | thickness not recommended | thickness not recommended | thickness not recommended | 8 | 10 | 12 | thickness not recommended | thickness not recommended |
| Teping PU-C HF2.1 kg/m² per 1 mm | thickness not recommended | thickness not recommended | thickness not recommended | thickness not recommended | thickness not recommended | 12.6 | 16.8 | 21 |
Consumption without quartz filler and without losses. A dot marks a thickness outside the product's recommended range.
Systems
Products from this category inside proven systems, from primer to topcoat.
1.1Smooth epoxy self-levelling floor, 2 mm
2 mmLayers: 3−20 to +60 °COpen the system
1.2Anti-slip epoxy floor, 2–2.5 mm
2–2.5 mmLayers: 4−20 to +60 °COpen the system
1.3Epoxy floor with flakes and varnish, 2 mm
2 mmLayers: 5−20 to +60 °COpen the system
1.4Acid-resistant epoxy self-levelling floor, 2 mm
2 mmLayers: 3−20 to +60 °COpen the system
1.5Antistatic epoxy self-levelling floor, 2 mm
2 mmLayers: 5−20 to +60 °COpen the system
2.1Smooth polyurethane self-levelling floor, 2 mm
2 mmLayers: 3−30 to +50 °COpen the system
2.2Anti-slip polyurethane floor, 2 mm
2 mmLayers: 4−30 to +50 °COpen the system
2.3Polyurethane floor with flakes and varnish, 2 mm
2 mmLayers: 5−20 to +60 °COpen the system
2.4Polyurethane floor with flakes and varnish, 3 mm
3 mmLayers: 7−30 to +50 °COpen the system
3.7Textured coloured quartz coating, 4–10 mm
4–10 mmLayers: 4−30 to +60 °COpen the system
4.1Self-levelling polyurethane-cement floor, 4–6 mm
4–6 mmLayers: 2−40 to +80 °COpen the system
4.2Heavy-duty polyurethane-cement floor, 6–10 mm
6–10 mmLayers: 2−30 to +80 °COpen the system
5.4Teping Sport PU combined surface
thin coatLayers: 6−20 to +60 °COpen the system Coating visualiser
Self-levelling and paint coatings and sealers: type, RAL colour, flakes, quartz and finish in twelve rooms.
Guides
Practical guides on choosing, preparing for and installing these products.
01
Epoxy, polyurethane, PU-cement or paint: choosing a floor coatingHow the four types of Teping® floor coatings differ in thickness, strength, elasticity and heat resistance, and where each one works best.
4 min readRead the guide 
02
Preparing a concrete substrate for a resin coatingWhat the substrate must be, how to check it, and how to grind, repair and prime it so that the coating holds for years.
4 min readRead the guide 03
Installing a self-levelling floor step by stepTools, mixing, pouring, removing air and the waiting times for epoxy and polyurethane self-levelling floors.
4 min readRead the guide 
04
Temperature, humidity and the dew pointWhy two-component coatings are sensitive to cold and heat, how to check the dew point and what changes in winter and summer.
4 min readRead the guide 
05
Caring for a resin floorDaily and weekly cleaning, what never to use, how often to renew the varnish and how to repair scratches.
3 min readRead the guide APPLICATIONS
Typical projects for this category. Tell us about yours and we will suggest a system.
FAQ
Epoxy floors are harder and more resistant to chemicals and wear, but less elastic and can crack under sharp temperature swings. Polyurethane floors are more flexible, withstand impact, vibration and frost, and suit substrates prone to cracking. See choosing a floor coating.
1.5–2 mm for foot traffic, 2–3 mm for industrial vehicle traffic, 3–5 mm for very heavy loads. Teping Floor 205 C is not laid thinner than 1.5 mm: a thinner coat loses its decorative look and wear resistance.
At +20 °C you can walk on it after 24 hours, use it fully after 7 days, and it reaches full strength after 28 days. In the cold each step takes longer.
Epoxy floors with quartz filler are the most wear-resistant choice, for example the anti-slip epoxy floor. Polyurethane floors suit garages with a moving substrate and frost, and polyurethane-cement floors suit car parks with de-icing salts and washing.
Concrete or screed of at least B15 (M200) with compressive strength from 20 MPa, at least 28 days old, pull-off strength from 1.5 MPa and moisture up to 4 % by mass. It must be flat, dry and free of dust, oil, cement laitance and old coatings, with cracks and cavities repaired. Details in preparing a concrete substrate.
CATALOGUE
02Enamels & paintsProtection for concrete and metal.03Primers & varnishesFrom the first layer to the finish.
04Sports surfacesIndoor and outdoor applications.
05Polyurethane materialsInsulate. Bond. Waterproof. Mould.
06Water-based paintsWalls, ceilings and facades.
07Dry floor mixesHeavy-duty floors and levellers.
Your expert
Sales Manager · Resin flooring
Helps you choose a coating, sends the TDS and works out quantities. Write in whichever of these languages suits you.
Tell us what you are building, protecting or producing.
The right coating depends on budget and operating conditions — we will suggest the best fit.
