MSI Quartz White Porcelain Mosaic Wall and Floor Tile - Legions Collection

The MSI Quartz White Porcelain Mosaic Legions Collection combines retro-inspired mosaic design with modern performance, perfect for homeowners and businesses seeking tiles that work across mid-century modern, traditional, and contemporary interiors while standing up to daily moisture and foot traffic.

• Ultra-Low Water Absorption: At less than 0.5% water absorption, this porcelain tile achieves the highest moisture-resistance classification, preventing mold growth, water seepage, and freeze-thaw damage that commonly damage standard tiles in bathrooms and kitchens.
• Durable Porcelain Construction: Dense, strong porcelain resists cracks, wear, and daily stains—critical for high-traffic commercial environments, shower surrounds, and kitchen countertops where lesser tiles fail.
• Glazed Smooth Finish: Naturally repels oil, food debris, and stains while remaining easy to clean, reducing maintenance time in kitchens and bathrooms where buildup accumulates quickly.
• Multiple Size and Shape Options: Available in various tile sizes, shapes, and finishes, enabling flexible layouts from classic grid patterns to dynamic mixed designs while maintaining visual cohesion.
• Frost-Resistant for Outdoor Use: Engineered to withstand freeze-thaw cycles, making it suitable for selected outdoor applications where moisture and freezing temperatures pose challenges.
• GREENGUARD Certified: Meets rigorous indoor air quality standards for low chemical emissions, providing peace of mind in homes with children and institutional settings where air quality is a priority.

Choose the Legions Collection when you need tiles that solve real moisture problems—no cracking from trapped water, no mold behind tiles, and no lifting or seepage that compromises substrates. The combination of ultra-dense porcelain and exceptional water resistance makes these tiles reliable in shower walls, bathroom floors, kitchen countertops, and high-traffic commercial spaces where durability directly impacts long-term maintenance costs and performance.