VitaCoat combines naturally derived citrus bioflavonoids with a durable SiO₂ matrix to form a transparent antimicrobial surface layer for hard, non-porous substrates. The system is designed to remain active between cleaning cycles and support hygiene control over time.
Citrox is a proprietary blend of citrus-derived polyphenolic bioflavonoids that acts as the antimicrobial mechanism at the surface interface. The material is presented as naturally derived and relevant for high-touch environments where safety and regulatory review matter.
The silicon dioxide matrix functions as the structural backbone of the system. It forms a tightly bonded, optically transparent film on hard, non-porous substrates and distributes the active bioflavonoids across the surface while helping protect them through the coating lifecycle.
The bioflavonoids at the surface interact with microbial cell membranes and may weaken membrane integrity on contact.
The SiO₂ matrix influences roughness and surface energy, making it harder for microorganisms to attach and initiate biofilm formation.
The matrix acts as a reservoir that maintains availability of active material at the surface over time, supporting protection between cleaning intervals.
Contaminants bind less strongly to treated surfaces, which may reduce mechanical force and chemistry needed during cleaning.
Easier soil release may reduce consumption of cleaning agents and disinfectants in many routine situations.
Gentler cleaning conditions help preserve the SiO₂ matrix over time and support stable performance under normal use.
VitaCoat is not based on TiO₂ photocatalysis and does not require UV activation to function. Its antimicrobial function is based on Citrox bioflavonoids and a SiO₂-based delivery matrix, not on light-dependent reactive oxygen chemistry.
This distinction is operationally important because many relevant settings — healthcare facilities, transport interiors, offices, hospitality zones, and public buildings — are low-UV or fully indoor environments where photocatalytic alternatives may be less effective.
VitaCoat is designed as a supplement to established cleaning and disinfection protocols. Routine cleaning removes soil and organic material; VitaCoat provides a persistent antimicrobial surface layer between intervals; and verification can be used to confirm performance in the actual operating environment.
Scheduled cleaning removes soil and visible contamination.
A persistent layer remains active between cleaning intervals.
Approved cleaning routines can continue without a full redesign of the operating workflow.
Pre- and post-application sampling can confirm performance in the use environment.
Review formulation, evidence basis, compatibility, and implementation methodology with the technical team.
Access technical documentation, laboratory reports, SDS, application specifications, and compatibility matrices.
Validate performance in your own environment through a structured pilot with measurement and reporting.