Tile & Flooring
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Out of stockFS FAENZA-A 13"X13";BLU mol F2 B14
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Sale!FS FAENZA-N 13"X13";BRO mol F2 B14
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Sale!XTONE BOTTEGA ACERO NAT S/R 61"X129" (12MM)
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Sale!XTONE NUBA POLISH 60"X118" (6MM)
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Out of stockRECOVER ORNATO 10"X30" MATT
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Out of stockKRION LUX EAST 1100 KLI 145"X30"X1/2" SLAB 12mm
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Sale!COPACABANA DUKE 63"X126" LAPP RETT
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AMA explores the relationship between mathematics, art and design. This collection incorporates a micro-terrazzo surface and adds a piece decorated with geometric inlays, which allows the plane to be broken down in a fractal way. As a result, an apparently chaotic surface takes on a coherent and balanced appearance. This, like music, is achieved through mathematics.
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AMA explores the relationship between mathematics, art and design. This collection incorporates a micro-terrazzo surface and adds a piece decorated with geometric inlays, which allows the plane to be broken down in a fractal way. As a result, an apparently chaotic surface takes on a coherent and balanced appearance. This, like music, is achieved through mathematics.
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AMA explores the relationship between mathematics, art and design. This collection incorporates a micro-terrazzo surface and adds a piece decorated with geometric inlays, which allows the plane to be broken down in a fractal way. As a result, an apparently chaotic surface takes on a coherent and balanced appearance. This, like music, is achieved through mathematics.
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AMA explores the relationship between mathematics, art and design. This collection incorporates a micro-terrazzo surface and adds a piece decorated with geometric inlays, which allows the plane to be broken down in a fractal way. As a result, an apparently chaotic surface takes on a coherent and balanced appearance. This, like music, is achieved through mathematics.
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AMA explores the relationship between mathematics, art and design. This collection incorporates a micro-terrazzo surface and adds a piece decorated with geometric inlays, which allows the plane to be broken down in a fractal way. As a result, an apparently chaotic surface takes on a coherent and balanced appearance. This, like music, is achieved through mathematics.