ACS Applied Materials & Interfaces · 2020 · 217 citations · 12 references
EngineeringInfectious DiseasesMaterials ScienceBiomaterialsSurface EngineeringVirologyCoating ProcessesCoating TechnologyCoatingsSurface CoatingsSurface ModificationSurface ProtectionCoated GlassCoating DurabilityPolymer-based CoatingsPolyurethane MaterialsProtective CoatingsSurface Coating StrategiesSurface Protection Coatings
O) particles bound with polyurethane. After 1 h on coated glass or stainless steel, the viral titer was reduced by about 99.9% on average compared to the uncoated sample. An advantage of a polyurethane-based coating is that polyurethane is already used to coat a large number of everyday objects. Our coating adheres well to glass and stainless steel as well as everyday items that people may fear to touch during a pandemic, such as a doorknob, a pen, and a credit card keypad button. The coating performs well in the cross-hatch durability test and remains intact and active after 13 days of being immersed in water or after exposure to multiple cycles of exposure to the virus and disinfection.
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Yoshie Fujimori, Tetsuya Sato, Taishi Hayata et al. · Applied and Environmental Microbiology · 2011 · 235 citations · Full text