Daltile Colour Scheme Urban Putty Solid 6 in. x 6 in. Porcelain Floor and Wall Tile (11 sq. ft. / case)

This Daltile Color Scheme 6 in. x 6 in Urban Putty Solid Porcelain Floor and Wall Tile features a smooth, glossy finish to enhance any space. The smaller size is great for accenting larger field tile or using as is for a whole layout. Hard and abrasion-resistant, this tile is suitable for use in heavy-duty floor installations such as might be needed in residential or commercial entryways, kitchens or for outdoor walkways. The glazed finish makes the tile easier to maintain and convenient for counters or backsplashes. You can buy this product in our internet market. We will be glad if you make the right choice.

• 11 square feet per case, 44 pieces per case. Case weight is 39.82 lb
• Grade 1, first-quality porcelain tile for floor, wall, backsplash and countertop use
• 6 in. length x 6 in. width x 5/16 in. thick
• Glazed smooth finish with a medium sheen and a moderate variation in tone
• P.E.I. Rating IV has high resistance to abrasion and is suitable for heavy-duty residential and commercial floor installations such as entrances, commercial kitchens, hotels, exhibition and sales rooms with some dirt conditions
• 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