** Most tile patterns are formed by 4 pieces to create the complete design.
Our Cement Tiles Tests results by Tile Council of North America (TCNA), report TCNA-576-12:
ANSI A137.1-2012: “Wet Dynamic Coefficient of Friction” (DCOF) / Average 0.65
ASTM C1028: “Static Coefficient of Friction” (SCOF) / Average Dry 0.85 – Wet 0.78
ASTM C648-04: “Standard Breaking Strength” / Average 789 lbf
ASTM C373: “Standard Water Absorption” / Average 14.94% (without sealer)
Special and unique characteristics of handmade cement tiles:
All Original Mission Tile handmade cement tiles are built with three layers that can be seen in a crossection view.
The wear layer or tile face is a mixture of highly resistant portland white cement, powdered white marble and natural pigments. Wear resistance, color and brightness rely on the quality of this layer. Finished product has the natural finish surface and they can be polished or sealed. Any cement tiles are glazed.
It is a mortar made of fine sand and high qportland cement. For tile manufacturing, this mortar is applied as a base and reinforces the first layer, providing the ability to withstand compression loads which some times may be high for the finished product.
Is a porous mixture with the required thickness for impact strength before and after installation.
A good tile should be compact & waterproof, tiles are not glazed, which is accomplished by using mixtures rich in high quality cement, mechanically mixed and manufactured under high pressure. In addition, a thorough curing process is used to increase its strength.
Special & unique characteristics of our cement tiles:
– Cement Tiles are 100% hand crafted, paying attention to individual design and colors specifications.
– Cement Tiles are not a pollutant, because it is manufactured with 100% natural materials, including pigments.
– Cement Tiles are not flammable and are 100% recyclable.
– Cement Tiles are fresh in hot weather places and are not slippery to the bare foot.
– Cement Tiles can be manufactured to any design, shape, size or color.
– Quality control is performed on an individual basis (piece by piece) not by lot production.
Cement Tiles History
Cement tiles are handmade colorful tiles used as floor coverings. They appeared in France in the 1850s, and have been widely used in Europe and America.
They are sometimes mistakenly called encaustic tile, which refers to kiln-fired clay tile. Cement tiles are not fired; there is no glaze layer on the surface of the tile. They derive their durability from the combination of finely dehydrated ground Portland cement layer and a more coarse layer of sand and cement. The pigment layer is hydraulically pressed into the surface and becomes a part of the tile.
Cement tile appeared in the 1850s in the south of France. They were exhibited in the Paris International Exposition of 1867 by the French company Garret & Rivet.
In the United States, several sources say the first tiles were made near the country’s first Portland cement plant. Around the turn of the 20th century, the tiles were very popular and were considered a high-end floor covering. It was used in thousands of landmark public buildings and palaces. Their popularity began to wane in the 1920s, but spread again in the 40s primarily in California and Florida.
Cement tiles are made by hand, one at a time, using mineral pigments, cement, a mold, and an hydraulic press. The metal mold is handmade following specific design drawings. The pigment composition is a mixture of high quality white Portland cement, marble powder, fine sand, and natural mineral colour pigments. Cement tiles being handmade are expected to have slight imperfections, which give them character and depth.
There are numerous cement tile manufacturers worldwide. The primary difference between manufacturers is the hydraulic method used. Small companies employ a hand-operated hydraulic press; the quality of the tiles varies due to inconsistent pressure. Larger manufacturers use electric-powered hydraulic presses that produce a consistently higher quality product. The higher pressure (1,500 PSI) permits a thicker pigment layer to be embedded into the cement layer. The pigment layer is usually 3–4 mm thick.
Another difference is the quality of the pigments used. High quality producers use mineral-based pigments only. Non-mineral based pigments fade with age.