Structural type:

 Priority should be given to homogeneous through-hole structure. 

 The wear-resistant layer runs through the entire thickness. Even after long-term use, the patterns can still be seen, and seamless welding can be performed for connection, 

effectively preventing bacteria and liquids from breeding at the joints.

Core performance indicators: 

Wear resistance grade: Achieves the highest commercial grade of T or P level (in accordance with EN 660-2 standard). 

Fire resistance rating: At least B1 level (as per China's GB 8624) or Bfl-s1 level (as per EU's EN 13501-1). 

Anti-slip grade: Wet state anti-slip level R9 or above (in accordance with DIN 51130 standard), ensuring the safety of patients and healthcare workers. 

Antibacterial property: There must be an authoritative third-party antibacterial test report. The antibacterial rate against common hospital pathogens such as Staphylococcus 

aureus (MRSA) should be higher than 99%. 

Chemical resistance: It should be able to withstand common medical chemicals such as strong acids, strong bases, oxidants, solvents, etc., ensuring that it does not corrode

 or change color even after repeated disinfection and cleaning. 

Environmental protection and safety: Meets international indoor air quality certifications such as Floorscore, with extremely low release levels of harmful substances like

 TVOC (Total Volatile Organic Compounds). Some hospitals require that the TVOC emission be ≤ 10 µg/m³ within 28 days.