The noBAC® brand name refers to solution and recovery tanks made from a special blend of materials. Polyethylene is enriched with an antibacterial, inorganic additive which works from the inside out and reliably prevents microbial growth in micro-fissures, dead spots and rough surfaces. Bacteria find nowhere to breed, cannot multiply, and die off.
The results of an independent laboratory test showed just how well noBAC® works. Its blend of materials has been tested in relation to the bacteria strains Escherichia coli, Staphylococcus aureus and methicillin-resistant Staphylococcus aureus (MRSA), as stipulated by ISO 22196. The result measured after three days confirmed the system’s efficiency: bacteria strains were reduced by 99.9%.
Greatly improved hygiene in solution and recovery tanks – both inside and outside.
noBAC® does not have a use-by date – it works for the entire lifespan of a tank, which means it’s perfectly suited to the longevity of columbus’ toughly built scrubber dryers.
This combination of polyethylene and additive is both food-safe and compatible with every cleaning chemical – there are no interactions.
noBAC® is safe to use and also protects cleaning personnel against contact with high-risk bacteria.
The production, use and recycling of the tanks does not damage the environment at any point.
The noBAC® brand name refers to solution and recovery tanks made from a special blend of materials. Polyethylene is enriched with an antibacterial, inorganic additive which works from the inside out and reliably prevents microbial growth in micro-fissures, dead spots and rough surfaces. Bacteria find nowhere to breed, cannot multiply, and die off.
The results of an independent laboratory test showed just how well noBAC® works. Its blend of materials has been tested in relation to the bacteria strains Escherichia coli, Staphylococcus aureus and methicillin-resistant Staphylococcus aureus (MRSA), as stipulated by ISO 22196. The result measured after three days confirmed the system’s efficiency: bacteria strains were reduced by 99.9%.
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