Wooden Beige 11x12 Polished Penny Round Marble Mosaic Tile (5 pack, 4.83 sq ft/case)

Enhance your indoor spaces with a mesh-mounted mosaic featuring circular discs of polished marble that reflect natural light. This Wooden Beige variant offers a blend of creamy and grey veining, providing a textured appearance that complements wood fixtures and modern cabinetry. The circular pattern creates a classic geometric backdrop suitable for detailed accent work or broad coverage across living areas.

Technical Specifications and Durability

Durability defines this product's utility, combining the aesthetics of natural stone with functional resilience. Each unit measures approximately 11 x 12 inches, with five sheets per packaging totaling about 4.83 square feet of coverage. Weighing around 4.2 pounds per sheet, the heavy-duty stone construction allows for secure bonding with standard thin-set mortar. These penny tiles are engineered for versatility, functioning effectively as water-resistant backsplashes or durable flooring solutions. The polished finish resists stains and moisture, maintaining integrity when installed in splash zones.

• Material Composition: Natural marble with beige and grey mineral veins
• Coverage Area: Approx. 4.83 square feet per 5-piece pack
• Floor/Wall Suitability: Suitable for interior floors and walls, including bathrooms and foyers
• Limitations: Not frost-resistant; avoid unheated outdoor environments subject to freezing
• Installation: Mesh-mounted for easier handling; requires grout, mortar, and cutting tools

Whether applied as bathroom tiles for a cohesive shower enclosure or used in entryways requiring long-lasting surfaces, the stone handles daily wear reliably. Its density supports usage in areas prone to heavy movement, serving as a robust high traffic tile option. To maintain uniformity across large installations, purchase sufficient quantity in a single order. Coordinate with compatible trim pieces and sealing agents during preparation for a finished result that maximizes the stone's thermal mass and visual depth.