Why Your Cleaning Protocol Has a Gap — and How to Close It
Every facility manager knows the drill: surfaces are cleaned and disinfected on a schedule, staff follow procedures, and yet microbial contamination keeps coming back. Door handles, handrails, countertops, walls — they are re-colonised by bacteria, viruses, fungi, and mold within hours of the last wipe-down.
This is not a failure of your cleaning team. It is a fundamental limitation of traditional disinfection. Standard disinfectants are designed to kill what is present at the moment of application. The moment the product dries, protection ends. In high-traffic environments such as healthcare facilities, schools, hotels, food processing plants, and commercial buildings, this cycle repeats dozens of times a day.
Closing this gap requires a different approach: antimicrobial surface coating.
What Is an Antimicrobial Surface Coating?
An antimicrobial surface coating is a product applied to surfaces — walls, ceilings, fixtures, or even plastic components during manufacturing — that provides continuous, residual protection against a broad spectrum of microorganisms. Unlike a disinfectant, which acts and dissipates, an antimicrobial coating remains active on the treated surface, working around the clock between cleaning cycles.
This category of products is formally recognised by the US Environmental Protection Agency (EPA) as Supplemental Residual Antimicrobial Products — a classification that clearly distinguishes them from conventional disinfectants. In practical terms, antimicrobial surface coatings complement your existing hygiene regime — they do not replace it, but dramatically reduce the window of vulnerability between cleaning events.
Introducing VireXbuster: A Certified Antimicrobial Solution for Every Surface
VireXbuster, developed and distributed by DaXem GmbH (Eschborn, Germany), is a family of antimicrobial surface coating products built on a hybrid formulation with a very wide spectrum of activity against viruses, bacteria, fungi, mold, and mildew.
VireXbuster Spray is a ready-to-apply antimicrobial surface coating for hard surfaces — ideal for high-touch areas in offices, healthcare settings, hospitality, and transport. A single application creates an invisible, persistent protective layer that keeps working long after a disinfectant would have evaporated.
VireXbuster Wall is a waterborne antimicrobial wall paint formulated for walls and ceilings, integrating antimicrobial protection directly into the paint — the preferred choice for new construction and refurbishment projects.
VireXbuster 4Bulk is an antimicrobial additive engineered for incorporation into polymers and plastics during manufacturing — enabling finished products to carry built-in antimicrobial protection.
Verified by Independent Science — Not Just a Claim
- BauA approved — German Federal Institute for Occupational Safety and Health
- Fraunhofer tested — validated by one of Europe’s most respected applied research organisations
- QualityLabs certified — independently certified as antimicrobial
- Dermatest “Excellent” — dermatologically tested and rated excellent for skin safety
Who Benefits Most?
- Facility managers in healthcare, hospitality, education, and public buildings gain an always-on hygiene layer between cleaning cycles.
- Building owners and architects specifying VireXbuster Wall into new builds achieve a certifiable hygiene standard built into the fabric of the building.
- Plastics and polymer manufacturers using VireXbuster 4Bulk can offer antimicrobial performance as a product feature.
- Procurement managers benefit from documented, third-party-verified performance that simplifies compliance and specification sign-off.
Take the Next Step Toward Persistent Surface Protection
The gap between cleaning events is where contamination takes hold. An antimicrobial surface coating ensures that the surfaces you manage are never left entirely undefended.
Browse VireXbuster Products → virexbuster.de/shop
VireXbuster is a brand of DaXem GmbH, Eschborn, Hessen, Germany. VireXbuster products are classified as Supplemental Residual Antimicrobial Products (EPA definition) and are not disinfectants.
