Aquatica White Textured 3"x3" Glass Mosaic Tile 12"x12" - Piazza Collection

Bring contemporary elegance and practical durability to kitchens, bathrooms, and entryways with the Aquatica White Textured Glass Mosaic Tile from the Piazza Collection. These 3"x3" premium glass tiles combine refined aesthetics with professional-grade performance, delivering the sophisticated light-catching appeal of textured surfaces without the maintenance headaches of porous materials.

• Material & Construction: Grade 1 glass tile specification with 6mm thickness and mesh mounting for flexible design patterns on each 12"x12" sheet containing nine individual tiles
• Finish & Appearance: Textured white glass with semi-gloss finish that catches light beautifully while avoiding the watermark visibility of matte finishes or fingerprint exposure of polished surfaces
• Water & Moisture Resistance: Less than 0.5% water absorption rate (impervious classification) makes this tile ideal for showers, splash zones, and wet environments; naturally frost-resistant for both protected indoor and select outdoor installations
• Ideal Applications: Kitchen backsplashes, shower enclosures, accent walls, water features, and contemporary interiors where dimensional texture and clean aesthetics matter
• Maintenance & Longevity: Non-porous surface resists staining, mold, and mildew; spills sit on top rather than absorb, enabling quick cleanup before marks set—particularly valuable for kitchen spaces prone to oil and wine splatters

Glass mosaic tiles outperform ceramic and stone in wet environments by naturally repelling moisture that causes damage and mold growth in porous materials. The textured white finish adds visual depth and dimension that transforms functional surfaces into design focal points, while the semi-gloss treatment provides a refined, modern look that's forgiving in daily use. Whether you're creating a complete backsplash or mixing complementary tiles from the collection for creative layouts, the 12"x12" sheet format offers both consistency and design flexibility without excess waste.