Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.
Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.
Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.
Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.
Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.
Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.
Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.
Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.
Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.
Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.
Element Ceramics' glazed porcelain tile collection showcases realistic marble veins and aesthetics. The tile collection also features anti-bacterial properties for a safer and cleaner living environment.
Element Ceramics' antibacterial surface uses Zinc Ion technology. Zinc ions are an antimicrobial agent that can be used against various bacterial strains. A bio-safe material that is non-toxic to human (cells), Zinc ions can stop the growth of bacterial by interacting with the bacterial surface or entering inside the bacterial cells. This disrupts the bacterial enzyme system by displacing magnesium ions essential for the enzymatic activity of bacteria and subsequently, showing a significant bactericidal effect.
