Silica glass boards, as a new decorative material for medical buildings, derive their core advantages from the 1300°C high-temperature kiln firing process. Through stringent thermal control, the silicate raw materials form a dense microcrystalline structure at ultra-high temperatures, with a surface hardness exceeding Mohs 6, combining the physical stability of ceramics with the zero-pollution characteristics of inorganic materials. This process enables the boards to meet the national Grade I antibacterial standard, effectively inhibiting the growth of 99.2% of pathogenic bacteria, making them an ideal choice for clean areas such as operating rooms, ICUs, and laboratory departments.
In terms of infection control, the poreless surface formed by high-temperature firing completely eliminates hiding spaces for microorganisms. Certified by Guangwei Testing, the silicon carbide boards exhibit over 95% antibacterial efficacy against MRSA within 24 hours, and combined with a photocatalytic coating, they can achieve long-lasting self-cleaning. Their resistance to chlorate cleaning perfectly suits the daily disinfection needs of medical spaces, avoiding surface deterioration issues caused by corrosion in traditional materials. After adopting 2mm ultra-thin silicon carbide boards in the operating rooms of Peking Union Medical College Hospital, wall joints were reduced by 80%, significantly reducing cleaning blind spots.
In response to medical functionality requirements, this material achieves millimeter-level precision through high-temperature molding. During the renovation of Wuhan Tongji Hospital, 3D pre-casting technology is employed to integrate equipment belts, gas pipelines, etc., with the walls, reducing on-site drilling and pollution. Its A1 fire-resistant performance and radiation resistance characteristics highlight its unique advantages in special environments such as imaging departments and pharmacies. Currently, the silicon carbide board has passed the German TÜV antibacterial certification and has demonstrated its innovative value in medical spaces in projects like the Pazhou Field Hospital in Guangzhou.
