Sande Cream 2x4 Mosaic tile in polished beige finish, 2x4 size, made of marble, perfect for elegant flooring designs

Sande Cream 2x4 Mosaic Tile

$10.69/ea

Introduce a touch of elegance to your interiors with the Sande Cream 2x4 Mosaic tiles. These beautiful tiles, featured in a polished finish, showcase a soft beige hue that complements various design styles, from contemporary to traditional. At 10.2mm thick and with a PEI rating of 3, they are suitable for various applications, including bathrooms, kitchens, and accent walls. The V3 shade variation enhances the visual interest, while the rectified edges ensure precision in installation. Additionally, their Greenguard Gold and USGBC/LEED certifications affirm a commitment to sustainability, making these tiles an ideal choice for eco-conscious homeowners. Experience the perfect blend of beauty and functionality with Sande Cream 2x4 Mosaic tiles.

Brand: MSI Surfaces

SKU: MSI-NSANCRE2X4P

Category: Mosaic Tile

Collection: Sande

  • Color: Beige
  • Finish: POLISHED
  • Size: 2x4
  • Sheet Size: 12x12
  • PEI Rating: 3
  • Thickness: 10.2mm
  • Certification: Greenguard Gold, USGBC/LEED
  • Rectified: Rectified
  • Shade Variation: V3
  • Style: Marble

Related products

Elevate your design projects with the Sande Cream 2x4 Mosaic tile, a stunning choice for those seeking a touch of elegance. The polished finish and soft beige tones create a warm, inviting atmosphere, making it perfect for various applications, from kitchens to bathrooms. Each tile is rectified for precise edges, ensuring a seamless installation that enhances the overall aesthetic of your space. With a PEI rating of 3, this mosaic tile is durable enough for light to moderate foot traffic, while the high shade variation (V3) adds depth and character to your design. Measuring 2x4 inches and mounted on a 12x12 sheet, the Sande Cream mosaic is easy to work with, allowing for creative layouts and patterns that will impress. Choose this tile for a sophisticated marble style that meets both beauty and functionality.