Aquatica Glenwood Stacked Glass Mosaic Tile 11.75"x11.75" - Hot Spring Collection

The Aquatica Glenwood stacked glass mosaic tile brings architectural depth and refined motion to pools, spas, bathrooms, and kitchen backsplashes. With its authentic layered design, this tile transforms ordinary surfaces into visually sophisticated installations that command attention in any wet environment.

• Material & Construction: Pure glass with 8mm thickness, engineered for both durability and a contemporary, streamlined appearance in wall and countertop applications
• Water Absorption Rate: 0% water absorption—eliminating moisture penetration and hidden water damage risk in wet environments
• Frost Resistance: Completely frost-proof and resistant to freeze-thaw cycles, making it ideal for year-round outdoor use and cold climates
• Finish & Appearance: Glossy finish that maintains its sophisticated look with minimal maintenance and resists staining without requiring special sealers
• Size & Coverage: 11.75" x 11.75" format for efficient installation coverage
• Stacked Design: Creates visual depth and movement through carefully layered arrangement, distinguishing it from uniform flat tiles
• Color Palette: Hot Springs Collection offers versatile, opulent tones suitable for custom patterns or cohesive field installations across minimalist modern to luxury resort aesthetics
• Installation: Use latex-modified thinset for optimal adhesion and long-term performance

These tiles solve the real problems faced by pool and spa owners: moisture damage in standard porous tiles, cracking from freeze-thaw cycles in colder regions, and the maintenance burden of surfaces requiring regular sealing. The impervious glass composition paired with frost protection means your installation performs reliably for decades without compromising on visual impact. Whether you're upgrading a residential spa surround or finishing a commercial pool deck, the Glenwood delivers both the architectural sophistication designers seek and the practical durability wet environments demand.