White Green 12x12 Glossy Uniform Square Glass Mosaic Tile (20 pack, 20 sq ft/case)

12x12 Inches Glossy White and Green Glass Mosaic Tile (20 Pack)

Elevate your interior or exterior design with this 12x12-inch glossy white and green glass mosaic tile. Designed in uniform square units featuring varied tones ranging from deep teal to soft mint, this glass mosaic provides a refreshing, clean aesthetic while maximizing light reflection within a room. Each case includes 20 individual sheets, covering exactly 20 square feet, making it an efficient choice for renovation projects requiring extensive surface area.

The tile arrives mounted on a convenient mesh backing, which secures the individual pieces during handling and simplifies the layout process. You can easily trim the mesh backing to fit specific architectural needs or complex corners without compromising the pattern alignment. With a weight of 1.3 pounds per sheet, ensure proper structural support during installation.

• Moisture and Stain Resistance: The dense, non-porous glass construction prevents water absorption, making this tile naturally resistant to mold and mildew growth. Water spots on the hard surface wipe away effortlessly, maintaining a pristine appearance.
• High-Durability Surface: Ideal for high-traffic areas, the finished glossy surface withstands wear while offering a sleek, easy-to-clean texture suitable for daily household maintenance.
• Heat Tolerance: Capable of withstanding high temperatures, this glass tile is safe for use around fireplace surrounds or in enclosed hot environments like steam rooms and saunas.

This versatile mosaic functions effectively in both residential and commercial settings. Its weather-resistant properties allow it to be used outdoors on patio floors, while its waterproof nature qualifies it for indoor pool decks, tub surrounds, and splash-back protection in kitchens. Whether applied to vertical walls or horizontal walkways, the shiny surface adds depth and dimension to plain surfaces, enhancing the perceived space through light manipulation.