Protection that doesn't sleep.
Ordinary disinfectants stop working once they dry. ProteGo leaves a bonded antimicrobial layer that keeps working between cleans.
- Up to 30 daysper application
- Bonded layerstays on the surface
- ATP verifiedbefore and after
The cleaning gap.
Traditional disinfectants wear off within hours. ProteGo stays active for up to 30 days.
Traditional disinfectant, cleaned daily
A few hours after each clean
ProteGo, applied once
All 30 days
| Compared on | Traditional | ProteGo |
|---|---|---|
| Protection life | Minutes to hours | Up to 30 days |
| Labour | Daily | Monthly |
| Formula | Harsh chemicals | ~98% water |
| Proof | None | ATP report |
Science that protects. Technology that lasts.
Si-QAC nanotechnology bonds to the surface, so protection stays put instead of drying away.
- 1Apply
A fine ULV mist coats every high-touch surface.
- 2Bond
It dries in about an hour into an invisible, bonded layer.
- 3Protect
Charged tips disrupt microbes on contact, for up to 30 days.
- 4Verify
ATP tested before and after, with a report.
Video: a 60-second on-site application, from ATP swab to reading
16:9, 1920 × 1080, silent with captions. Filmed at a real client site.
Si-QAC nanotechnology
The science, simply.
A protectant that bonds, rather than a disinfectant that evaporates.
It bonds
Si-QAC is a silane-bonded quaternary ammonium compound. Once applied, it forms an invisible layer that bonds to the surface instead of evaporating.
It stays active
The layer carries positive charges that disrupt microbes on contact, touch after touch, between cleans.
It stays put
It is non-leaching and non-flammable, so the layer stays on the surface where it was applied.
ATP verification
What gets measured gets trusted.
Clean can’t be seen, but it can be measured. We swab high-touch surfaces before and after every application and read them on site in Relative Light Units (RLU). Lower is cleaner.
- 0–30 RLUExcellent
- 31–100 RLUAcceptable
- Above 100 RLUNeeds attention
ATP measures organic residue, a cleanliness indicator, not a count of microbes. Bands are ProteGo’s own guide.
RLU. Dashed line: 30 RLU, the “excellent” threshold.
FAQ
Does it replace cleaning?
No. Clean as usual. ProteGo complements routine cleaning by protecting surfaces in between.
Which surfaces can be treated?
Hard, non-food-contact, high-touch surfaces: door handles, lift buttons, handrails, desks, counters, switches and the like.
How has it been tested?
Its efficacy has been tested by an NABL-accredited laboratory.
See it on your own surfaces.
Book a free assessment and we'll take ATP readings on your high-touch surfaces, then suggest a plan.