Daltile Concrete Connection Retro Cool 2 in. x 13 in. Porcelain Decorative Border Accent Floor and Wall Tile

Dappled with detailed veining that simulates stained concrete, this Daltile Concrete Connection 2 in. x 13 in. Retro Cool Ceramic Decorative Border Tile provides a touch of panache for a variety of venues, from hall and corridor floors and walls and kitchen countertops to bathrooms, balconies, terraces and other areas with medium-duty traffic. A water-impervious, frost-resistant P.E.I. Rating III design helps the tile stave off the effects of busy venues and cold weather, making it resilient for indoor and outdoor installations. You can buy this product in our internet market. We will be glad if you make the right choice.

• .23 square feet per piece, each piece sold individually. Piece weight is .84 lb
• Grade 1, first-quality porcelain tile for floor, wall, backsplash and countertop use
• 2 in. length x 13 in. width x 5/16 in. thick
• Glazed smooth finish with a low sheen and a moderate variation in tone
• P.E.I. Rating III is suitable for medium-duty residential floors including kitchens, halls, corridors, balconies, terraces and areas used more often with normal footwear and small amounts of dirt
• Impervious flooring has water absorption of less than 0.5% for indoor or outdoor use and is frost proof (when proper installation methods are followed)
• C.O.F. greater than .60 to .79 is required for commercial applications to meet or exceed ADA (Americans with Disabilities Act) Guidelines. Skid Resistant. Indoor and outdoor use
• Frost resistant for indoor and outdoor applications (when proper installation methods are followed)
• This item has a slight variation in tone, glazed smooth surface with a low gloss
• For this product, you can get a guarantee. To do this, after the purchase you need to contact us. It's fast and easy.
• It is very bright, colorful and beautifully
• Your design can affect the amount of fine detail, it is better to buy a 5-10 percent more goods that would eliminate the shortage of materials