Aquatica Chico Stacked Glass Mosaic Tile 11.75"x11.75" - Hot Spring Collection
Aquatica Chico Stacked Glass Mosaic Tile 11.75"x11.75" - Hot Spring Collection
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The Aquatica Chico Stacked Glass Mosaic Tile brings dimensional geometry and light-reflective sophistication to high-moisture applications, from spa-inspired bathrooms to luxury pool decks. This 11.75"x11.75" tile from the Hot Springs Collection features a striking stacked glass pattern that creates visual depth and movement, making it an ideal choice when you need a statement wall that performs as well as it looks.
- Material & Durability: Grade 1 glass construction with 8mm thickness provides structural integrity for both wall and countertop installations. Ultra-low water absorption (less than 0.5%) paired with complete frost resistance ensures reliable performance in wet environments and temperature-fluctuating climates.
- Size & Format: 11.75"x11.75" mosaic sheets with a stacked geometric design that adds visual layering without overwhelming smaller spaces.
- Finish & Aesthetics: Glossy surface catches light and reflects it throughout a room, creating the illusion of expanded space while maintaining a refined, contemporary appearance that works in both residential and commercial settings.
- Wet-Area Performance: Pool-rated construction meets strict moisture and durability standards for poolside, spa, and bathroom applications where tiles face constant water exposure.
- Installation: Requires latex-modified thinset mortar for optimal bond strength and water resistance in demanding wet-space applications.
These tiles solve the common problem of finding a visually striking option that doesn't compromise on moisture protection—they perform reliably in bathrooms, kitchen backsplashes, pool surrounds, and spa retreats without sacrificing the sophisticated aesthetic that makes a space feel intentionally designed. The combination of frost resistance and low water absorption means you can install with confidence whether indoors or in outdoor applications subject to seasonal temperature changes.