Ceramic Tile Pull Test
We provide testing of tile adhesives and grouts to uk and european standards in particular the en 12004 and en 13888 quality standards.
Ceramic tile pull test. Testing of tile adhesives and grouts. Tile break strength is determined in a lab setting by the american society for testing and materials. Ceramic tile has been the flooring of choice in high traffic areas from ancient rome to the most modern contemporary building designs. Tests for adhesives include.
The test sample is subjected to increasing tensile stress until failure occurs. An american national standard developed by the tile council of north america tcna ansi a137 1 2019 covers specifications for ceramic tile offering quality criteria and listing and defining different types sizes physical properties and grading. Installed properly quality ceramic tile will last a lifetime. Pull off test on tile.
Ceramic tile floor tiles are an eco smart durable easily maintained and beautiful flooring solution. Open time wetting capability tensile strength shear test transverse deformation strength following freeze thaw. Only you decide which model your personal tile adhesive test winner is. Out of the 14 tests performed the test results ranged from 326 psi to 42 psi with an average value of 185 psi.
Our comparison chart for tile adhesive comparison does not replace one tile adhesive testin which a special tile adhesive test winner can be recommended. In order to increase the added value for our readers we may link to an external tile adhesive test of trustworthy sources. The tensile pull test was only performed on solid sounding tiles. The purpose of the test is to measure the maximum tensile strength of tile on concrete.
A horizontal dynamometer pull meter and neolite heel assemblies are used to determine the static coefficient of friction scof. Understanding what this number means will help you determine the strength of your tile and what type of use it is appropriate for. In this test method ceramic tile are measured for static coefficient of friction under both wet and dry conditions.