Dettagli
a catalyst structure consisting of a metal alloy with a honeycomb matrix, mainly composed of
TiO2 (titanium dioxide) and 3 other noble metals to a lesser extent.
ACTIVE modules, hit by the air flow, give rise to a photocatalytic reaction capable of producing
hydroxyl radicals (• OH) and hydrogen peroxide (H2O2) in minimal quantities - not exceeding 0.02 PPM. H2O2 and • OH
allow to sanitize both the air flow and the surfaces of the ventilation ducts thanks to the high efficiency in the
decomposition of pathogens.
ACTIVE modules are also equipped with two devices with negative ionization technology that makes these
more effective models for reducing odors and also active against ultrafine powders that turn out to be
the most dangerous when inhaled.
Effective against bacteria, viruses, molds, allergens, odors, organic and volatile compounds, ultrafine powders.
TiO2 (titanium dioxide) and 3 other noble metals to a lesser extent.
ACTIVE modules, hit by the air flow, give rise to a photocatalytic reaction capable of producing
hydroxyl radicals (• OH) and hydrogen peroxide (H2O2) in minimal quantities - not exceeding 0.02 PPM. H2O2 and • OH
allow to sanitize both the air flow and the surfaces of the ventilation ducts thanks to the high efficiency in the
decomposition of pathogens.
ACTIVE modules are also equipped with two devices with negative ionization technology that makes these
more effective models for reducing odors and also active against ultrafine powders that turn out to be
the most dangerous when inhaled.
Effective against bacteria, viruses, molds, allergens, odors, organic and volatile compounds, ultrafine powders.
APPLICATION AREAS
▶ OFFICES ▶ TERTIARY
INSTALLATION METHOD
▶ Channel type in both new and existing systems
▶ On board UTA
▶ In VMC systems - residential / offices
▶ In connection plenum or air delivery
▶ OFFICES ▶ TERTIARY
INSTALLATION METHOD
▶ Channel type in both new and existing systems
▶ On board UTA
▶ In VMC systems - residential / offices
▶ In connection plenum or air delivery