Ruby 3 mm joint tee
They form, without any doubt, a truly essential range for obtaining perfect finishes in any ceramic tile installation job to joint breakers.
Rubí manufactures the T for joints with a high quality base material and, for this reason, they do not present any type of imperfections or burrs.
The T for joints of 1, 1.5, 2 and 3 mm are recommended for the installation of ceramic tile coverings and floors with a minimum joint. The solid structure of the T for joints of 1, 1.5, 2 and 3 mm has been designed to provide greater resistance to bending and crushing. These properties make the T for joints of 1, 1.5, 2 and 3 mm highly recommended for coverings with large-format ceramic tiles.
La The internal tees for 5 mm joints have been designed to provide greater resistance to bending and crushing.
La The internal part of the T for joints from 7 to 10 mm is hollow and has a design with internal reinforcements that allows them to withstand stresses and avoid their crushing. This hollow design facilitates the entry of the joint mortar and, if the type of installation allows it, leaving the tee inside the installation joint without this affecting its integrity in the future.
The professional installer is well aware of the importance of using high-quality spacers, since the finish of his work can be seriously deteriorated due to imperfections and irregularities.
Rubí joint tee stands out for the regularity of their productions, the homogeneity of measurements and the absence of burrs and any other small defect. These particularities allow professionals who rely on Rubí joint tees to obtain excellent finishes with total precision.
Rubí is committed to quality. All of 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 valued when it comes to providing quality solutions to professionals in the installation of ceramic tiles and construction.