Simero Onyx Rose Gold Veevotech Ultra Glossy-Matte Hexagon Mosaic Tile | 9mm Thickness | 300x300mm Size | Scratch-Resistant | Luxury Tiles for Contemporary Spaces

The Simero Onyx Rose Gold Veevotech Ultra Glossy/Matte Hexagone Mosaic 9mm tiles blend luxury and modern design with exceptional functionality. Featuring a distinctive hexagon mosaic pattern, these tiles bring a contemporary geometric flair to any space. The dual finish options—ultra-glossy and Matte—offer versatile aesthetic choices. The ultra-glossy finish delivers a brilliant, reflective surface that enhances light and adds a touch of opulence, making it ideal for creating dramatic focal points or brightening up darker spaces. In contrast, the Matte finish provides a sleek, understated elegance with a smooth surface that reduces glare and complements a variety of design styles.

About this item

Incorporating Veevotech Ultra technology, these tiles offer superior durability and performance. This advanced technology enhances their resistance to scratches, stains, and everyday wear, ensuring the tiles maintain their beauty and functionality even in high-traffic areas. The 9mm thickness provides substantial strength, making the tiles robust enough for both residential and commercial applications. The non-porous surface is moisture-resistant, making these tiles suitable for wet areas such as bathrooms and kitchens, while also being UV-resistant to prevent colour fading from sunlight exposure.

• Durability : Enhances the tile’s resistance to scratches, stains, and general wear, ensuring long-lasting performance.
• High performance : Suitable for both residential and high-traffic commercial applications due to its robust construction.
• Moisture-Proof : The non-porous surface prevents water absorption, making it ideal for wet environments like bathrooms and kitchens.
• UV-Resistant : Protects against colour fading caused by sunlight, maintaining the tiles' rich rose gold hue over time.
• Simplified installation : Mesh backing allows for easy handling and precise placement, reducing installation time and labor costs.