Tomorrow's Technology: ExOzone®
Unlike most ozone generators, ExOzone® only utilizes only the surrounding air to produce a large amount of ozone. In that way, the disinfecting agent is free of charge, and therefore it reduces the costs of the disinfection process.
The most significant cost-reducing factor of all is the energy usage of ExOzone®, which is very low compared to other ozone generators.
The technology used by the appliance is chemical-free and leaves no harmful residues and, therefore, it is environmentally friendly. Therefore, it can be used in areas where chemical disinfection is not an option.
A highly important feature of ExOzone® is that it is capable of high ozone concentration production even with a high level of air output and that enables even industrial-scale use.
Gaseous disinfection is the most effective method considering the fact that, in contrast with other substances, the gas-based agent could establish contact with the target of the treatment wherever that is on surfaces or in the air.
Design specialities of ExOzone®
(inspect them by moving the cursor over the image)
easy-to-handle due to its structure
acid-proof steel casing, IP54 protection
visual signing during treatment
heat, shock and short circuit protection
usage area-specific parts
integrated quickening system
Air cooling system
low temperature operation
What can be replaced with ExOzone®?
The ozone generator unit used in ExOzone® technology operates on the principle of EXpanded capacity with a limited flashover high-frequency COld Charge EMission with a changed auxiliary electrode - EXCOCEM ©. This procedure does not result in a high-temperature flashover, so there is no danger of fire. In addition, it is capable of producing high quantities of ozone using only the surrounding air.
Implementation of the disinfection process is always a complex profession, but the basic principles can be learned. The goal is to ensure safe and efficient usage of ExOzone®. Therefore, we provide comprehensive training to our partners and customers.