Expert Antimicrobial Control When It Counts
Superior QUAT-Free Surface Sanitiser
Designed specifically for food manufacturing, processing, and service industries where food safety, low temperatures, and hygiene compliance are critical.
When food safety is paramount, Listeria control must be a top priority. Byotrol Surface Sanitiser Concentrate provides highly efficacious, long-lasting antimicrobial performance through its patented residual technology.
Unlike traditional sanitisers, this product is:
- QUAT-free - no risk of chemical taint
- Highly effective at low temperatures (4°C)
- Non-rinse — reduces clean-down time
- Safe for food environments with no MRL concerns
- Effective even when dry for up to 24 hours
Formulated to kill 99.99% of bacteria and viruses, including common and potentially deadly foodborne pathogens such as Listeria, Salmonella, Campylobacter jejuni, and E. coli.
QFS Surface Sanitiser
Why It Matters for Food Safety
Food processing facilities, cold rooms, and food service environments require sanitisers that remain effective even at low temperatures and under demanding conditions. Byotrol Surface Sanitiser Concentrate is specifically engineered to deliver reliable Listeria control in both wet and dry processing areas, providing ongoing protection between cleans and helping prevent cross-contamination throughout production.
Expert Listeria Control:
- Proven efficacy at 4°C, unlike traditional biocides
- Residual action provides ongoing protection between cleans
Food-Safe QUAT-Free Formula:
- No taint to food
- No maximum residue limits (MRLs)
- Safe for sensitive food-contact environments
Operational Advantages:
- No rinse required
- Works at 1% dilution
- Suitable for wet & dry processing
- Economical concentrate for versatile use
- Taint-tested by Campden BRI up to 2%
- Unfragranced
Laboratory-Certified Efficacy:
- EN 1276 - bactericidal
- EN 13697 - bactericidal & yeasticidal
- EN 1650 - yeasticidal
- EN 14476 - effective against Rotavirus & Influenza A (H1N1)
- BSI PAS 2424 - 24-hour residual efficacy
