Grand Cave Graphite 32x32 Matte Stone Look Structure Porcelain Tile

The Grand Cave Graphite 32x32 Structured Porcelain Tile is a refined and impactful large-format tile that brings the moody sophistication of natural stone into contemporary interiors. With actual dimensions of 31.42" x 31.42" and precisely rectified edges, this tile is crafted for seamless installations that minimize grout visibility, enhancing spatial continuity across floors and walls. Its structured matte (STR) finish introduces a subtle stone-like texture, creating tactile depth while maintaining a soft, non-reflective surface—ideal for modern, industrial, and organic design schemes.

Constructed from high-quality 8 mm thick color body porcelain, the tile features consistent through-body pigmentation to help conceal surface wear and edge imperfections over time. Rated R10 for slip resistance and Class III for abrasion resistance, it is engineered for long-term performance in residential and light commercial environments, including kitchens, bathrooms, hallways, and boutique retail spaces. Its frost-, stain-, and chemical-resistant properties extend its application to covered outdoor or transitional indoor-outdoor zones.

The deep graphite tone serves as a versatile design base, offering bold contrast and pairing well with warm wood tones, cool metals, and concrete accents. As part of Grand Cave Collection, this tile coordinates effortlessly with a wide range of complementary sizes, including 24x24, 24x48, and extra-large formats up to 48x108 inches, as well as with matching step pieces and decorative tiles.

Its structured surface adds architectural character while ensuring safety and durability in high-use spaces. Whether used for cohesive floor-to-wall transitions, feature walls, or open-plan layouts, the Grand Cave Graphite 32x32 Structured Tile delivers timeless style grounded in technical precision. Designed for professionals seeking modern sophistication with enduring resilience, this tile stands out as a versatile and high-performance solution for dynamic, design-forward spaces.