IT IS A POWERFUL CLOSED – LOOP SYSTEM FOR COMPLETE SANITIZATION & VIRUS INACTIVATION, AS WELL AS FOR ODOR ELIMINATION ON MANY ITEMSCLOTHING, GOWNS, HEADWEAR, FOOTWEAR,HELMETS, GLOVES, THEATRICAL COSTUMES, FIREFIGHTER INIFORMS, CARPETS, CUSHIONS, DUVETS, BEDSPREADS, CURTAINS, LEATHERS & FURS, FURNISHINGS, HOUSEHOLD ITEMS, OBJECTS, ETC.
HOW DOES IT WORK?
OZOCAB: PRODUCES SANITTIZING OZONE USING A POWERFUL CORONA DISCHARGE OZONE GENERATOR (10g /h )
CORONA DISCHARGE OZONE GENERARTORS represent the best techinical solution in Industrial ozone production because they have proven to be much more efficient than other systems ( e.g. UV lamps).
SANITATION The oxidizing action of ozone,Since its discovery, the reason for its wideuse as an inactivator for viruses & an agent against bacteria, mycoses, etc. The mechanism of action of ozone on virus is not that of destruction.
The action of ozone is an oxidation. And therefore an inactivation, of the specific viral receptors used to createthe link with the cell wall to be inv aded.
So its blocked the virus’s reproductive mechanismin its first phase: cell invasion.
Scientific studies on the effectiveness of ozone against viruses have shown that treatment of spaces of 65m 3 at 20 °C & 40% ambient humidity (RH ) with small gaseous ozone generators for one hour has resulted in a 99.9% reduction in viruses, includinginfluenza ( H3N2 )viruses, Murine coronavirus (MCV), Poliovirus, type 1A Rhinoviruses & 14, yellow fever virus, herpes simplex virus and adenovirus type 3 and 11.
OZOCAB is very effective in eliminating odors, even the most persistent: cigarette smoke, fire smock, sweat, cooking, shoes, mold, etc.
Bad smells are eliminated and replaced by the intense and fresh scent of activated oxygen ( the smell of snow in high mountains)
WHAT ARE THE ADVANTAGES ?
Advantages of the Corona discharge ozonegenerator
• Significantly higher ozone production speed thanks to the 10g / h generator;
• High concetration of ozone ( upto 10 times that of UV lamps ) which guarantees maximum efficiency of sanitation processes;
• Forced gas circulation either in the generation phase ( 450 m3 / h ) or in the depollution phase ( 850 m3 / h) to guarantee uniformity of treatment of articles under treatment process;
• Very fast work cycle, the average garment cycle last 6 minutes;
• Speed of the depollution phase, which reduces the ozone levels insides the cabin to limits below the minimum required by law for health and safety at works. Ozone breaks down into oxygen very quickly;
• No use of active carbon and external discharge;
• Great longevity of production cells which can exceed 10 years ( no needd for periodic replacement of UV lamps );
• Minimal maintenance, no need for contracts;
• Very low electricity consumption ( 450 Watt )