Quarry Cove Base Grey II 5-7/8" x 5-7/8" Ceramic Floor and Wall Trim1 Tiles Per Case - 0 Square Feet
Sold Per Tile
Replicating a handmade look, our Quarry Cove Base Grey II Ceramic Floor and Wall Tile features a slightly textured, matte finish, providing decorative appeal that adapts to a variety of stylistic contexts. Inspired by ancient craftsmanship, the Quarry collection offers unmatched durability, slip resistance, and a rich, unglazed finish, creating a timeless, secure, and welcoming space with earthy tones and frost resistance, perfect for high-traffic areas and outdoor settings. With its semi-vitreous, frost-resistant features, this gray square tile is an ideal selection for both indoor and outdoor commercial and residential installations, including kitchens, bathrooms, backsplashes, showers, hallways, entryways, patios and fireplace facades. This tile is a perfect choice on its own or paired with other products in the Quarry Collection. Tile is the better choice for your space!
- • Grade 1, first-quality porcelain tile for floor and wall use
- • Ceramic
- • Unglazed, slightly textured finish with a low sheen and slight variation in tone
- • PEI Rating V is suitable for both residential and high-traffic commercial use including extra heavy-duty floors and areas subject to severe pedestrian traffic over sustained periods with some dirt such as shopping centers, airport concourses, public walkways and industrial applications
- • This tile is ADA approved for slip resistance with a DCOF value of 0.42 or higher.
- • It is recommended you purchase a minimum of 10% overage to account for design cuts and patterns.
- • Semi-Vitreous tiles have water absorption of more than 3% but less than 7% for indoor use
- • Backsplash; Bathroom; Countertop; Entryway; Fireplace Surround; Floor; Kitchen; Patio; Outdoor; Shower; Wall
- • Matte
This is a non-stock item that will be shipped to your address directly from the vendor's warehouse in NJ. Lead time is generally 3-5 days to ship
Mohs Hardness Scale: 7 To view specifications please click here.
