Matte White 3x3 Hexagon Mosaic Tile in glazed porcelain finish, size 12x12, modern design

Matte White 3x3 Hexagon Mosaic Tile

$11.49/ea

Introducing Matte White 3x3 Hexagon tiles by Roca USA, where modern design meets timeless elegance. Each 12x12 inch unit is composed of durable glazed porcelain, ensuring a long-lasting surface that's easy to clean and maintain. The hexagonal shape, along with the crisp white color, creates a dynamic visual effect that is perfect for various applications, including bathroom walls, kitchen backsplashes, and flooring areas. The matte finish adds depth by softening the light, bringing warmth to the overall aesthetic. With their versatile appeal, these tiles can be paired with an array of colors and textures, allowing for personalized design expressions. They not only enhance your space visually but also contribute to a safe environment with their slip-resistant properties. Consider the Matte White 3x3 Hexagon tiles for your next project to achieve a chic yet classic look.

Brand: Roca USA

SKU: ROCA-UFCC171SABG

Category: Mosaic Tile

Collection: Cc Mosaics

  • Color: White
  • Material: Glazed Porcelain
  • Finish: Matte
  • Size: 12x12
  • Shape: 3x3 Hexagon
Transform your home with the Matte White 3x3 Hexagon Mosaic Tile from Roca USA. This stunning tile features a sleek matte finish that enhances the clean lines of its unique hexagonal shape, making it an ideal choice for contemporary designs. Crafted from durable glazed porcelain, these tiles are not only stylish but also versatile, allowing for creative installations in kitchens, bathrooms, and living areas. The 12x12 layout of these hexagon tiles provides a fresh take on traditional mosaic patterns, allowing you to create eye-catching designs that stand out. The crisp white color offers a timeless elegance, complementing any decor while brightening your space. Whether you're a homeowner looking to refresh your interiors or a designer seeking the perfect finishing touch, the Matte White 3x3 Hexagon Mosaic Tile is sure to impress.