Soci Tile SSA-1214 Cosmopolitan Series Axis Pattern Santiago Glossy Mosaic Tile
min oreder 10 pieces
Tile color
Description
Axis Pattern Santiago Glossy
Dimentions: 11.25" x 12"
Floor Rated: No
Wet Area: No
V Rating: V2
Tile Faces: 1
DCOF: N/A
Sold Per Piece
Product Overview: Soci Tile Cosmopolitan Series Axis Pattern Santiago Glossy Mosaic Tile
This exquisite Soci Tile SSA-1214 from the Cosmopolitan Series features a sophisticated Axis Pattern in Santiago style, seamlessly blending aesthetics with functionality. The glossy finish on this mosaic tile highlights its elegant design, making it an ideal choice for enhancing any room.
Key Features:
- Size: 12 x 11.25 inches - perfect for diverse installation options
- Style: Mosaic tile designed for both modern and traditional spaces
- Finish: Glossy, which enhances the light reflective properties
- Usage: Ideal for both floors and walls in bathrooms, kitchens, and showers
An eye-catching choice in our Cosmopolitan collection, this high-end mosaic tile is a preferred selection for its robust and artistic design. It offers a perfect mix of durability and elegance.
Interior Design Recommendations:
The tile comes in a rich palette featuring hues of beige and gray, making it versatile enough to match various color schemes, especially:
- Neutral or soft painted walls to let the pattern stand out
- Darker wood elements for a warm, contrasting effect
- Bright metals like brushed nickel or stainless steel in fixtures and accessories to enhance the glossiness of the tile
This selection ensures an impeccable transition between other natural stone elements and high-end decor in your space.
Additional Benefits:
- Best prices guaranteed, making high-quality luxury more accessible
- Fast shipping to meet your project timelines efficiently
- Inclusion in our best seller category, attesting to its popularity and customer satisfaction
For those seeking a stylish and durable option in mosaics, this tile truly stands out. Its timeless execution promises lasting appeal and an uplifting addition to any constructed space.