S L I P R E S I S T A N C E
R 9
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R9 slip-resistant tiles are classified under the DIN 51130 standard and are designed to provide a basic level of slip resistance for areas with minimal to moderate exposure to moisture or water. These tiles are commonly used in low-traffic, dry areas, but can also be a good option for indoor spaces that experience occasional spills or splashes.
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R9-rated tiles typically have a Dynamic Coefficient of Friction (DCOF) between 0.40 and 0.49, offering some traction in spaces where there is minimal water or moisture present. While R9 tiles are suitable for areas with lower slip risks, they are not recommended for high-moisture environments, as their slip resistance may not meet the higher safety standards required in wet conditions.
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The DIN 51130 standard tests slip resistance by simulating real-world walking conditions, such as using a standard shoe sole on a wet surface, to ensure that R9-rated tiles meet safety requirements for low-risk, dry or mildly wet areas.
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Common R9 Commercial Applications:
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Entryways and Hallways
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Offices and Reception Areas
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Living Rooms and Bedrooms
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Retail Spaces
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Lightly Used Commercial Spaces
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Dry Indoor Spaces
R 1 0
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R10 slip-resistant tiles are classified under the DIN 51130 standard, offering moderate slip resistance. They are ideal for areas with occasional moisture or light wet conditions, such as kitchens, bathrooms, and entryways.
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An R10-rated tile typically has a DCOF (Dynamic Coefficient of Friction) between 0.42 and 0.59, making it suitable for wet environments like kitchens and bathrooms, as per the ANSI A137.1 standard (DCOF of 0.42 or higher).
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The DIN 51130 test evaluates slip resistance by simulating typical walking conditions (using a standard shoe sole on a wet surface), ensuring R10 tiles meet the necessary safety requirements for areas with spills or moisture.
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Common R10 Commercial Applications:
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Retail Spaces
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Offices
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Hotel Lobbies
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Healthcare Facilities
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Cafés and Restaurants
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Education Spaces
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Gym and Fitness Centers
5 Colors | 2 Formats | 1 Finish
R 1 1
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R11 slip-resistant tiles are classified under the DIN 51130 standard and offer a higher level of slip resistance than R10-rated tiles. These tiles are ideal for areas that experience frequent wet conditions or areas exposed to heavy traffic, such as commercial kitchens, bathrooms, pool surrounds, and outdoor spaces.
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An R11-rated tile typically has a Dynamic Coefficient of Friction (DCOF) between 0.60 and 0.79, providing enhanced traction in environments where water or moisture accumulation is common. According to the ANSI A137.1 standard, tiles with a DCOF of 0.60 or higher are suitable for areas that require more slip resistance than what is provided by R10 tiles.
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The DIN 51130 test measures the slip resistance of tiles by simulating typical walking conditions, such as using a standard shoe sole on a wet surface, to ensure R11 tiles meet safety requirements for environments with higher moisture or spill risks.
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Common R11 Commercial Applications:
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Commercial Kitchens
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Bathrooms & Showers
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Swimming Pool Areas
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Hotel Lobbies
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Public Restrooms
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Outdoor Patios & Walkways
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Healthcare Facilities
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Gym and Fitness Centers
5 Colors | 1 Format | 2 Finishes
M O S A I C S​​​
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Mosaic tiles can enhance the overall slip resistance. Here’s why:
The slip resistance rating of a tile, often expressed as an R-rating (e.g., R9, R10, R11), indicates its surface's grip underfoot, typically based on laboratory testing. When a tile with a low slip resistance rating, such as R9, is cut into smaller pieces to create a mosaic, the grout joints between the mosaic tiles can enhance the overall slip resistance. Here’s why:
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1. Increased Friction from Grout Lines
Grout joints provide textured breaks between the individual tiles in the mosaic. These textured joints interrupt the otherwise smooth surface of the tile, increasing the friction between the surface and the foot or shoe.
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2. Drainage Improvement
The presence of multiple grout joints in a mosaic allows water to drain more easily, reducing the slipperiness caused by water pooling on the tile surface. This makes the surface less prone to slips even when wet.
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3. Improved Contact Angles
The smaller size of the mosaic tiles creates multiple contact angles, which reduces the likelihood of slipping. The unevenness caused by the grout lines and the small tiles ensures better foot grip.
