A modern concept for more sustainable hygiene between disinfection cycles as COVID-19 prevention.
Field Study with 2 buses from the Nuremberg Public Transit Authority {VAG) in Germany Overall
Result:
- Continued and lasting reduction of germs by up to 90% over 8- day field trial on numerous surfaces (49 and 54 test points)
- Bio-Gate awarded supply contract by VAG for COVID-19 prevention
Current Hygiene / Disinfection Regimens
- Typical emphasis is on more frequent cleaning regimens and/or the use of harsh disinfectants
- Longer lasting technologies will become more important from both an overall hygiene aspect and from also an economic standpoint
- Aggressive
- Lots of chemistry
- ften Short-lived effects (minutes, hours)
Does not automatically result in:
- Mild and natural
- Used at greater intervals
- Effective for weeks
Bio-Gate's MSBG-Tec Impregnation Spray
- Bio-Gate AG has developed a water-based surface impregnation spray using natural materials.
- The impregnation spray offers antiviral and antimicrobial properties.
- This spray can demonstrably maintain and prolong the short-term success of cleaning and disinfection measures.
- It stabilizes and improves existing hygiene measures.
- The impregnation spray has a lasting effect.
- Safe. Biocompatible. Lasting Efficacy. Tested.
- Ideal for COVID-19 prevention
Field Study - VAG Buses in Germany Study sampling parts / surfaces (2 buses)
Sampling Dates:
- 30-July-2020
- 03-Aug-2020
- 07-Aug-2020
Test swabbing / sampling of:
- Seats (textile)
- Grab bars (at avg. gripping height, both vertical and horizonal, plastic and metal)
- Holding loops (in the middle location of the bus)
- Buttons (stop bus buttons, door open button, inside + outside)
- Driver cabin area
Field Study - VAG Buses in Germany Study sampling times (2 buses)
