RAK Ceramics · Porcelain Wall Tiles

RAK Ceramics Symphony Ornamental Matt Porcelain Wall and Floor Tile | Blue | 20cm x 20cm

Model Number: EBDJ302 Transform your space with the RAK Symphony Ornamental Blue Matt 20cm x 20cm Porcelain Wall and Floor Tile. This exquisite tile combines modern aesthetics with timeless elegance, making it the perfect choice for both contemporary and traditional interiors. Its rich blue colour, combined with an ornamental pattern, adds a touch of sophistication and character to any room, whether it’s in a stylish bathroom or a chic kitchen. The RAK Symphony tile is crafted from high-quality porcelain, ensuring durability and longevity. With a thickness of 9mm, it offers robust resistance to everyday wear and tear while remaining easy to clean and maintain. The smooth matt finish not only enhances its visual appeal but also provides a luxurious feel underfoot, perfect for creating a serene sanctuary in your home. This tile features a rectified edge, ensuring precise alignment and a seamless look when installed. Its anti-slip grade of R10 PTV 36 PLUS makes it a safe option for wet areas, giving you peace of mind in spaces like bathrooms or kitchens. Additionally, the tile exhibits excellent water absorption properties, with a rate of less than 0.4%, making it highly resistant to moisture and ideal for indoor use. Versatile in application, the RAK Symphony tile can be used on both walls and floors, offering endless design possibilities. The intricate ornamental design not only draws the eye but also complements a variety of decor styles, from minimalist to eclectic. Pair it with neutral colours for a balanced look or with other bold hues for a striking contrast. Key Features: High-quality porcelain for durability Beautiful ornamental blue pattern Matt finish for a contemporary aesthetic Anti-slip grade of R10 PTV 36 PLUS for safety Suitable for wall and floor applications Water absorption rate of | RAK Ceramics Symphony Ornamental Matt Porcelain Wall and Floor Tile | Blue | 20cm x 20cm

90-day range £∞–-£∞ · average £NaN