clear coating
To protect surfaces from virus, bacteria, fungi and prevents algae growth.
Transparent coating
AVP offers new technologies capable of permanently protect surfaces against harmful microorganism such as bacteria, virus, fungi and yeasts.
Virucide-co consist in a transparent coating, without VOC emissions, odorless and imperceptible to the touch that protects the threated area for a period of more than one year.
This coating permanently emits ions towards the surface and destroys viruses, fungi and bacteria in a matter of minutes.
Virucide-co consist in a transparent coating, without VOC emissions, odorless and imperceptible to the touch that protects the threated area for a period of more than one year.
This coating permanently emits ions towards the surface and destroys viruses, fungi and bacteria in a matter of minutes.
Characteristics
Transparent
No VOC emissions
Long-lasting antimicrobial efectiveness
Solvent free
Interior/ Exterior
One application for
permanent effectiveness
Traceable and laser detection system
our products
Comply with the regulations
These products have been developed to protect surfaces by controlling microbial deterioration or algae growth.
This technology is specially designed for continuous protection against encapsulated viruses, bacteria, yeasts and fungi. The preventive procedure of our additives consists of a continuous leaching of metallic ions to the surface
This technology is specially designed for continuous protection against encapsulated viruses, bacteria, yeasts and fungi. The preventive procedure of our additives consists of a continuous leaching of metallic ions to the surface
Virus
Virucide has been tested against human Coronavirus E-229 of identical structure to SARS-COV-2. ISO 21702:2019 y norma NF EN14476 +A2:2019.
Fungi
ISO 846:2019 Antimicrobial capacity of plastic and other non-porous surfaces Aspergillus Niger | Candida Albicans 99% effective
Bacteria
ISO 22196 Antimicrobial capacity of plastic and other non-porous surfaces. ISO22196:2011; JIS Z 2801:2010 + A:2012 Escherichia coli | Staphylococcus aureus | Acinetobacter Baumannii 99% effective
