MARAZZI Jade 13 in. x 13 in. x 8-1/2 mm Chestnut Porcelain Mesh-Mounted Mosaic Floor and Wall Tile

With its softened, burnished surface, the Marazzi Jade 13 in. x 13 in. Chestnut Porcelain Mesh-Mounted Mosaic Tile is a great way to add a lustrous, colorful aesthetic enhancement to your floors, walls and countertops. This tile incorporates striking vein patterns and muted natural-slate tones that evoke the appearance of distinct clefts and mineral deposits and create a sense of layered color. This frost-resistant tile features a vitreous water absorption rating. You can buy this product in our internet market. We will be glad if you make the right choice.

• 1.17 square feet per piece, each piece sold individually. Piece weight equals 3.6 lb
• Grade 1, first-quality porcelain tile for floor, wall, backsplash and countertop use
• 13 in. width x 13 in. length x 21/64 in. thick mesh-mounted mosaic. 1 in. x 2 in. brick pieces
• Glazed smooth finish with a low sheen and a random 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 and 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
• 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
• Completely frost resistant for indoor or outdoor applications; use a latex-modified thinset for acceptable bond strength
• 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.
• Don’t forget your coordinating trim pieces, grout, backerboard, thinset, and installation tools
• 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