Onice Bianco 48x48 Matte Porcelain Tile

The Onice Bianco 48×48 Matte Porcelain Tile is a landmark product within the Onice Bianco Collection, offering expansive surfaces with muted refinement suited for sophisticated design settings. Its sizable 48×48-inch nominal dimensions (47.17 × 47.17 in) deliver broad, continuous fields, minimizing grout interruptions and creating a clean, seamless foundation in both wall and floor installations. The matte finish complements its stone look by offering a soft, non-glare texture that underscores elegance without compromising on sophistication or modernity. Bianco’s warm, creamy white tone provides a neutral yet rich backdrop, adaptable to both warm and cool palettes, making it suitable for a wide variety of architectural styles.

Constructed from glazed porcelain with rectified edges, this tile ensures crisp alignment and visual precision, even across large expanses. With a V4 shade variation, each slab reveals a subtle shift in tone and texture, adding character and depth to surfaces while maintaining a cohesive overall look. Its frost resistance and chemical resistance make it both practical and durable, ideal for high-traffic areas such as entryways, bathrooms, commercial lobbies, or any space requiring both beauty and performance..

When paired with other Onice Bianco formats (such as 24×24, 24×48, or the dramatic 48×108 slabs), or with complementary finishes like polished tiles, this matte 48×48 piece supports design schemes that layer scale, texture, and sheen for a richer spatial experience. Its stone look finish makes it well-suited to interiors that seek natural inspiration—whether modern, transitional, or even rustic—without the gloss of polished materials. For floor installations, the R9 anti-slip rating adds practical safety; for walls, its large format helps reduce visual clutter from grout lines. Overall, the Onice Bianco 48×48 Matte Porcelain Tile is a sophisticated, high-impact choice for projects that demand visual calm, refined material presence, and lasting durability.