Glass Natural Stone Nacre Mosaic Admiral Black Grey Beige
€15.50*
In Stock
Delivery time 4-6 working days
The Admiral mosaic tiles in black, grey and beige combine elegant natural stone, fine glass and luxurious mother of pearl to create an appealing design. These tiles are available in both matt and glossy finishes, offering versatile design options for your rooms.
With a stone size of 10x20 mm and a thickness of 8 mm, these tiles are robust and easy to maintain. The tiles are supplied in mats of 28.5x31 cm, with each mat covering an area of 0.088 m². The square format and the precise joint width of 2 mm make installation easier and ensure an elegant overall appearance.
Admiral mosaic tiles are ideal for use in bathrooms, kitchens, interiors and living spaces. Their resistance to moisture makes them particularly suitable for wet areas. Weighing 1.28 kg per mat, they are easy to handle and install.
The combination of black, grey and beige adds a luxurious and contemporary flair to any room, while the high-quality workmanship of natural stone, glass and mother of pearl offers a durable and stylish solution.
Login
Questions & Answers (0)
If you have further questions, please do not hesitate to contact us.
Samples information:
Mosaic samples are delivered in a size of approx. ca. 10x10cm, Tile samples are cut out of the specified tile in a size of max. 30x60cm and can not be changed or returned
Hint:
Every tile and every mosaic have different requirements for trimming, laying and und processing due to individual material characteristics and usage conditions. Please ask a local expert for correct and secure laying of your mosaics or tiles. We are not liable for unprofessional usage and faulty workmanship of constructions materials.
Due to different color calibration of the monitors on the computer, there may be color deviations. The exposure of the product images also has an influence on the displayed colors. Please note, however, that we have slightly adjusted the color of very white or light-colored tiles for better representation.