Aquatica Iceberg 1"x2" Glass Mosaic Tile 11.5"x12.5" - Superior Collection

The Aquatica Iceberg 1"x2" Glass Mosaic Tile brings sophisticated light-reflective elegance to kitchens, bathrooms, and even outdoor spaces. With its glossy finish, impervious water resistance, and frost-resistant construction, this pre-mounted tile sheet delivers both contemporary style and genuine performance where moisture and temperature fluctuations matter most.

• Material & Composition: Grade 1 glass mosaic pieces individually cut to 1"x2" dimensions, pre-mounted on 11.5"x12.5" mesh sheets for seamless installation
• Water Performance: Below 0.5% water absorption classifies this as impervious flooring, making it suitable for shower walls, steam rooms, pool surrounds, and wet feature areas where prolonged moisture exposure is constant
• Light-Reflective Finish: Glossy surface captures and amplifies ambient light, creating dimensional depth that works exceptionally well in backsplashes where kitchen or bathroom lighting showcases the tile's luminous quality
• Thickness & Durability: 6mm profile balances structural integrity with a clean, integrated aesthetic when installed without compromising design lines
• Frost Resistance: Completely frost-proof construction prevents cracking and deterioration through freeze-thaw cycles, enabling safe installation in covered patios, mudrooms, sheltered entryways, and transitional outdoor spaces
• Installation Flexibility: Pre-mounted mesh system reduces layout time and positioning errors; 1"x2" format enables vertical stacking, horizontal running, directional mixing, and mixed-material pattern customization

Beyond traditional backsplash applications, this tile's water resistance and frost durability expand possibilities into bathrooms, pool decking, accent walls, and water features where aesthetic impact meets functional performance. The Superior Collection quality ensures consistent color and uniform sizing across every sheet, eliminating the guesswork in specifying materials for high-moisture and temperature-variable environments.