Eastern Black Thassos White 12x13 Polished Brick Marble Mosaic Tile (5 pack, 5.28 sq ft/case)

Transform your interior design with the striking two-tone elegance of this Eastern Black Thassos polished marble mosaic tile. This sophisticated combination pairs deep, charred Eastern Black marble bricks with crisp, bright Thassos white accents, creating a visual rhythm reminiscent of classic brickwork punctuated by delicate geometric separators.

Precise Specifications and Installation

Sold in manageable 5-pack units covering 5.28 square feet per case, this durable stone mosaic is designed for both residential and commercial interiors. Each sheet measures 12x13 inches and features a meticulously crafted pattern where the primary rectangular chips measure 1.9x3.8 inches. These are intersected by small, 0.3x0.3-inch square spacers created from Thassos marble, ensuring that every installation maintains a consistent, grid-like aesthetic while showcasing the natural veining inherent to natural stone.

• Material Composition: Genuine Eastern Black and Thassos Marble
• Surface Treatment: High-gloss polish for maximum light reflection
• Roughness Level: Suitable for high-traffic flooring and vertical surfaces
• Natural Variation: Class V2 ensures subtle aesthetic shifts between sheets

b>Design Versatility and Limitations

Ideal for modern kitchen backsplashes, sleek bathroom feature walls, or wet-area showers, this tile offers a timeless appeal that adapts to various lighting conditions. Its polished finish amplifies ambient light, expanding darker spaces visually. For optimal results, select contrasting grout colors like gray or black to emphasize the grid lines, or use matching tones to create a seamless plane of stone.

Note on Environmental Resistance: While heat-resistant up to 150°F making it suitable for saunas or fireplace surrounds, this polished mosaic is strictly for indoor use only. It should not be installed in exterior applications exposed to freeze-thaw cycles or in steam rooms where prolonged vapor saturation can affect adhesion and surface stability.