UseInterior/exterior, floors, walls
CharacteristicsEnvironmentally conscious production, 20mm tiles are suitable for high traffic areas, range of size options, performs well in outdoor applications
FormatPorcelain floor tile, white-body wall tile
ColorsWhite, grey, black, green, red
SizesWall Tiles: 40x80 cm - 153/4”x311/2” | Porcelain Tiles: 162x324 cm x 6/12 mm ; 120x278 cm x 6 mm; 120x240; 120x120 cm; 75x150 cm; 75x75 cm; 45x90 cm; 60x60 cm; 30x60 cm; 120x120 cm x 20 mm
CertificationUNI EN ISO 9001, Ecolabel, PEF, HPD, EPD, LEED v4
Boost is the new concrete effect tile from Atlas Concorde where industrial style meets sophisticated elegance with porcelain tile surfaces and coordinated wall tiles in intense shades. This type of surface, which has always been valued by contemporary architecture, above all for urban redevelopment, has evolved into more intense and welcoming colors and shades that are ideal for interior designs in any residential or commercial setting.
Porcelain tile surfaces feature intense variations of color and texture thanks to modern ceramic technologies. A wide range of sizes and design variations makes these ceramic tiles a versatile design element. The superior technical qualities of porcelain tiles result in an excellent performance in exterior applications, promoting visual continuity between indoor and outdoor spaces. The technical performance of 20mm thick porcelain tiles makes it possible to design for high-traffic public spaces.
To reduce environmental impact, Atlas Concorde manufactures ceramic stone tiles taking into account atmospheric emissions, optimizing resource use, and recycling waste materials. All Atlas Concorde porcelain floor tiles and white body wall tiles can be used in projects that follow the guidelines of the Green Building Council, which promotes the independent certification system LEED v4.
Made in Italy
Atlas Concorde ceramic tiles are produced in Italy under the ethical code promoted by Confindustria Ceramica using eco-friendly technologies, top quality and safe raw materials.