Hospitals are built to treat the sick, but their own surfaces can quietly work against them. Bed rails, door handles, call buttons, curtains, and waiting-room furniture are touched dozens of times a day — by patients, staff, and visitors alike. Every one of those touches is a potential handoff point for bacteria, viruses and fungi.
Inanimate surfaces are not innocent bystanders
These non-living surfaces are commonly known in infection control as fomites. Pathogens responsible for healthcare-associated infections (HAIs) — including resistant organisms — can survive on hard surfaces for hours, and in some cases days, after the original contamination event. A surface that looks clean is not the same as a surface that is free of harmful microbes.
Routine cleaning has a blind spot
Standard disinfectants do an important job at the moment they are applied, but their effect ends the moment they dry. Between scheduled cleaning rounds, a treated surface reverts to being an untreated one — and in a busy ward, that gap can be measured in minutes, not hours.
Why continuous protection changes the picture
This is the gap that long-lasting antimicrobial coatings are designed to close. Rather than relying solely on the next cleaning cycle, a durable surface treatment keeps working between cleanings — reducing the microbial load on high-touch points around the clock, not just at the moment a cloth passes over them.
Framtix Holdings' Eco BactiX coating was developed with exactly this gap in mind: a single, odourless, non-toxic application that continues protecting treated surfaces for up to two years, without disrupting existing cleaning protocols.
The bigger picture
Surface hygiene is one piece of a much larger challenge: antimicrobial resistance, which the World Health Organization ranks among the top global public health threats. Reducing how easily resistant organisms spread between surfaces and people is a practical, preventive step hospitals can take alongside antibiotic stewardship and hand hygiene programmes.