- Tile spacer for wall tiles.
- Quality base material, without impurities or imperfections.
The most recommended use of 2 mm tile spacers is for both large format or rectified ceramic wall and floor tiling jobs with thin joints.
RUBI tile spacers, “T” spacers and wedges are undoubtedly a truly indispensable range for obtaining a perfect finish in any ceramic tile range installation work.
The RUBI 2 mm tile spacers are manufactured with quality base material, meaning that they are completely free from impurities and imperfections.
The solid structure of the 2 mm tile spacers has been designed to provide greater resistance to bending and smashing. Owing to these features, the RUBI 2 mm tile spacers are highly recommended for carrying out large format ceramic tiling jobs.
RUBI tile spacers, “T” spacers and wedges are noted for the uniformity of their products, the homogeneity of their measurements and the absence of burrs and other small flaws. These features allow professionals who opt for RUBI tile spacers, “T” and wedges to obtain an outstanding finish and with complete accuracy.
Professionals worldwide use the RUBI tile spacers, “T” and wedges because they want the best finish for all of their ceramic tile installation work.
RUBI is committed to quality. All our products and tools are subjected to rigorous quality tests by experienced professionals. We want all the products we have on the market to be recognized for their quality and durability. This desire has made our brand one of the most highly valued in giving quality solutions to tile fixing and building professionals.
For more detailed and personalized information, please contact us through the "Discover RUBI" section, where your doubts and questions can be directly addressed.
References and models for Tile spacers for 2 mm joints
- Ref. - 2000
- EAN-13 - 8413797020007
- Units per box - 1
- Ref. - 2901
- EAN-13 - 8413797029017
- Units per box - 10
Tile Leveling System Calculator*Approximate calculation without considering perimeter or intermediate partitions of the surface to tile.