FAQ - Or everything you always wanted to ask

Here you will find answers to your questions regarding our products, processing, and intended uses. If you have any further questions, please do not hesitate to contact us.

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What exactly is the difference between the products?

Our anti-slip coating Protec R13 One is our standard product. It features excellent anti-slip properties and is highly versatile. It prevents slipping on smooth surfaces with absolute reliability. However, it does not have the same level of chemical resistance as our Protec R13 Two product.

The product Protec R13 Two is a 2-component anti-slip coating, which is used specifically for applications under the harshest conditions. It consists of the anti-slip coating and an additional hardener.

In combination with the hardener, this product exhibits an extremely high resistance to acids, alkalis, lubricants, fuels, or salt water. It is therefore the product of choice when it comes to the toughest applications.

Is a hardener generally required?

No additional hardener is necessary for the anti-slip coating Protec R13 One, as it is a 1-component anti-slip coating. This also offers excellent anti-slip properties, high chemical resistance, and meets the very high standard for the anti-slip class R13. 

For the product Protec R13 Two, the hardener is necessary. This is already included in the appropriate amount. Due to this, the product is characterized by an even higher, unsurpassed chemical resistance to acids, alkalis, oils, lubricants, fuels, salt water, etc., which is unique in the world of anti-slip coatings.

Is a primer generally required?

A primer is not always necessary. However, it is absolutely essential when treating metallic surfaces, especially in outdoor areas. Examples of metallic surfaces include galvanized sheet metal, stainless steel, or aluminum. It serves as both an adhesion promoter and corrosion protection.

What distinguishes the products from competitors' products?

The distinctions are manifold. Our products possess superior chemical resistance to acids, alkalis, oils, lubricants, fuels, and saltwater, which far exceeds that of competing products.

Furthermore, our products are characterized by outstanding adhesion and durability. Due to their high viscosity, the products are very easy to process and can be applied cleanly to all surfaces, even without extensive expertise.

Are the products only suitable for industrial use or also for private applications?

Our products were primarily developed for industrial use. There is no reason why the products should not also be used in a private setting. 

However, we are currently developing a product with similar outstanding features specifically for private use. 

Is the surface of the anti-slip coatings glossy?

No, the surface of the coatings is matte by default. However, any color (RAL) and any desired gloss level can be produced upon customer request. 

In which colors are the coatings available?

The base color of the products is anthracite. We can produce any color requested (RAL) upon customer request. We can also provide any desired degree of gloss upon request. 

However, this is only possible with a minimum order quantity of 100 kg. Please contact us to receive an individual offer. 

From which container size can a custom color be ordered?

Starting at an order quantity of 100 kg, we can manufacture the product for you individually in any desired color (RAL). Please also note that in this case, the stated delivery time may be extended by a few days.  

What is the shelf life? When does it need to be touched up?

Under medium load, the product has a service life of at least 5 - 7 years without losing its outstanding product properties. The durability is crucially dependent on the degree of contact with contaminated substances and the degree of wear due to usage.

In highly stressed areas (e.g., offshore) that regularly come into contact with lubricants, salt water, and acids or alkalis, are subject to strong temperature fluctuations, and are heavily used by personnel, the resistance should be checked at regular intervals by qualified staff.  

Are the products acid-resistant?

Yes, our products exhibit excellent acid resistance. 

Do the products get sticky when you walk on them?

No. The products provide excellent slip resistance, but they do not "stick" when you walk on them.

Are the products lightfast?

Yes, our products have high lightfastness. You can therefore be certain that even under strong exposure to UV radiation (use in outdoor areas, on ship decks, on oil or gas platforms, in wind turbines, etc.), the durability of our products will not suffer and they will not lose their extremely high anti-slip resistance.

The colorfastness of our products is also not diminished by UV exposure.

Can the products be used in the food sector?

Yes, the products are perfectly suitable for use in food-related areas. They can therefore be used in kitchens, canteens, or cafeterias, as well as in food warehouses, cold storage facilities, and slaughterhouses.

The products are also suitable for use in food processing production facilities, beverage production plants (e.g., breweries), and any other areas where food is stored or processed.

What are the slip resistance classes?

The adhesion of anti-slip coatings is determined using a standardized procedure. This involves a test person standing and walking on an inclined plane wearing special test shoes with profiled soles, with a lubricant applied. The higher the angle of inclination at which this is still possible, the higher the slip resistance class.

There are 5 distinct anti-slip classes.

R9 is the lowest class with the lowest coefficient of friction. It is sufficient for normally used private living spaces and work areas and is also used in canteens or public spaces.

R10 is the next higher class. Here, the angle of inclination is 10° - 19°, representing a normal coefficient of friction. This class is used in bathrooms, toilets, and washrooms, as well as in small catering kitchens.

R11 is the middle class. The angle of inclination is 20° - 27°. It can be found in entrance areas such as shop entrances, food production rooms, laboratories, medium-sized kitchens, swimming pools, saunas, etc.

The second-highest class, R12, has a high coefficient of friction with an inclination of 28° to 35°. Applications: hospital kitchens, industrial sites with slippery substances, rooms with fatty foods, large kitchens, etc.

The highest slip resistance class, R13, is characterized by a very high coefficient of friction (> 35° angle of inclination). This coating is suitable for all floor coverings where maximum protection and maximum chemical resistance to hazardous substances are required. These include, among others, oil platforms, slaughterhouses, rooms with large amounts of grease, shipbuilding, wind turbines, etc.

Our products are all certified according to the highest slip resistance class, R13.

Are the products ESD conductive?

What does ESD conductivity actually mean and why is it important for professional use?

ESD stands for "electrostatic discharge". Unlike anti-static properties, electrostatic discharge is not a danger to humans themselves, but rather to highly sensitive electronic components. Humans can generate dangerous voltages through friction or contact charging.

Therefore, it is of great importance for areas where sensitive machines are located that the coating is not ESD conductive. Our products are not ESD conductive.

Are there any certifications, test results, etc.?

Yes, they do exist. 

Test certificate from the IFA Institute for Occupational Safety and Health: The test certificate from the IFA Institute for Occupational Safety and Health certifies our products for the highest anti-slip class R13. 

Abrasion test series: In the abrasion test series conducted by us, 2 identical steel sheets were coated with an anti-slip coating based on polyurethane paint (UR1025) and our standard paint (GS9141M) based on isocyanate-curing acrylic resin. Subsequently, observations were documented on the sheets at different points in time to determine to what extent the structure collapses under increasing load. 

Test results for resistance to liquids: We have compiled detailed documentation on the resistance of our coatings to liquids.
The following liquids were tested:
Diesel fuel
Premium gasoline
Brake fluid
Coolant antifreeze, ethanol
Ethanol/water 1:1
Isopropanol
Caustic soda 5%
Hydrochloric acid 10%
Sulfuric acid 10%
Sulfuric acid 36%
DI water
Ecocool AFC 4% / 7% in water
Engine oil
Hydraulic oil
Gear oil

You can find all of our certifications and test results on our homepage and in the product descriptions on the product detail pages. 

Can the coatings crack in extreme sub-zero temperatures?

The coatings have been tested and can be safely used at temperatures down to at least -30 °C; they show no signs of alteration or cracking. 

Is the coated floor easy to clean?

Since the product has a granular surface, the coatings should be cleaned carefully. The coatings are so durable that the treated surfaces can be easily cleaned with a high-pressure cleaner.

However, they can also be cleaned with a broom and standard cleaning agents. Their chemical resistance ensures that the coatings are not damaged by cleaning agents that are also offered for industrial use.

How are the products processed?

The products are easy to process. Due to their excellent product properties, this is possible even without prior knowledge. The products are prepared (Protec R13 Two - mixture of coating and hardener) and simply applied with our Protec pressure roller (available in our shop).

The products can also be applied with a spray gun (also available in our shop). However, this method is more suitable for professional users who have the necessary expertise. Ideally, an extraction wall should be available here, which is why processing with a spray gun is well-suited for paint shops, for example.  

What is needed to process the products?

If you would like to apply the coatings with a roller, all you need is the roller itself and, for the product Protec R13 Two, a wooden stick (or any other tool) to mix the components.

Furthermore, you should keep in mind that the surface to be treated must be roughened and thoroughly cleaned and degreased beforehand. Therefore, you will need abrasives, cleaners, and degreasers.

Please also remember that you may want to mask off the edges between the surface to be treated and untreated areas. You will therefore also need adhesive tape for masking.

For application using a spray gun, you will need a spray gun suitable for this purpose (available in our shop) and a compressor.

Finally, we ask you to think about your own safety. Be sure to wear a protective mask when using the products. We recommend, for example, a 3M painting mask.

At what temperatures should the products be processed?

The anti-slip coating should be applied at a minimum of 10°C. At lower temperatures, the viscosity of the products decreases to such an extent that it becomes more difficult to achieve a smooth and bubble-free surface.

It is therefore advisable to apply the coatings at room temperature. Once the product has fully dried, we can guarantee protection against slipping even at very low temperatures. No damage to the coatings is to be expected down to at least minus 30°C.

Are the products easy to use? Can anyone do it?

Yes, basically anyone can do it. Our products have properties (high viscosity, etc.) that enable even non-professionals to apply the coatings. 

We only recommend having a knowledgeable professional handle the application when using a spray gun. 

How must the substrate be prepared?

The surfaces to be treated must always be pre-treated. The substrate must always be roughened/sanded. This is the only way for the primer or coating to adhere properly.

Furthermore, the surface must be absolutely free of grease, oil, and any layers that impair adhesion. It is therefore advisable to first thoroughly clean the surface to be treated, then roughen it, and finally clean and degrease it again.

How can streaks or bubbles be avoided?

Due to the additives (auxiliary agents) they contain, the coatings have a high viscosity, which reduces streaks or bubbles. If they do occur, they can be easily touched up, as the product takes some time to dry and cure. 

How can corrections be made?

If you discover an irregularity in the application, simply correct it before the product has dried/cured. You can easily touch up the faulty area (smooth, paint over, etc.). However, as the product has a very high viscosity, inclusions, etc., should be largely impossible. 

Do I have to wear a protective mask?

Yes, we definitely recommend wearing a protective mask when applying the coatings and the primer. This is noted in our safety data sheet. For this purpose, we recommend, for example, a 3M paint mask. 
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Is one coat sufficient or are two coats required?

A single coat is sufficient for both products (Protec R13 One single-component and Protec R13 Two two-component). It is not necessary to apply a second coat. 

How long does it take for the Protec primer to dry?

At 20°C, the primer is dust-dry after approx. 10 minutes. Touch-dry consistency is reached after about 1 hour. The anti-slip coating can be applied approximately one day after the primer has been applied. 

How long does the anti-slip coating take to dry?

The anti-slip coatings have similar drying times to the primer. Also at 20°C, the coatings are dust-dry after approx. 10 minutes. This means that no more dust particles will adhere to the coating.

After approx. 1 hour, the coatings are touch-dry. This, in turn, means that you can run your hand over the coating without damaging it. After approx. 1-2 days, the coatings are fully cured.

Should emissions be expected?

Yes, fumes should be expected during application and within the drying time. We therefore strongly recommend wearing a protective mask (e.g., a 3M paint mask) during application.

Furthermore, it is important to ventilate the treated rooms thoroughly after applying the anti-slip coatings. Good ventilation also accelerates the drying time. 

On which surfaces can the products be used?

The products can be applied to every conceivable surface. These include concrete, stone, metal, tiles, etc. 

Please note that for application on metal surfaces (galvanized sheets, stainless steel, aluminum, etc.), a primer (bonding agent) is mandatory to ensure adhesion between the substrate and the coating. If you are unsure or have any questions, please contact us.   

Can the curing process be accelerated?

Yes, that is possible. The most important thing is to ensure good ventilation. The better the room is ventilated, the faster the coatings will dry. Furthermore, the room temperature has an impact on the drying time. Therefore, drying can also be accelerated by setting up radiators and increasing the room temperature.

How long can the floor not be walked on after coating?

We recommend the following wait times before the treated area can be walked on again:
Protec R13 One: 3 days
Protec R13 Two: 2 days

Alternatively, metal sheets can be coated and then screwed onto the areas requiring anti-slip properties after treatment. This would make the area immediately accessible again.