REair created and patented
the eCoating system: a coating, transparent, nanotechnology, environmentally friendly, 100% Green.
eCoating by REair is the only photocatalytic product of this kind on the market and can be applied to any surface and in any environment, both indoor and outdoor.
Attivati dalla combinazione di luce e aria (Fotocatalisi), gli eCoating continuano nel tempo a disgregare proattivamente batteri, virus, muffe, funghi, VOC, NOx PM organiche e altri agenti patogeni nocivi.
The REair technology is suitable for every sector and has been successfully applied in various heavily polluted urban environments and in health, educational, commercial and industrial sectors.
The facades of buildings treated with REair products breathe like trees and metropolises become invisible forests.
The eCoating by REair are the innovative solution to purify indoor air and improve people’s well-being.
Prodotti certificati per l’abbattimento di virus Sars-related.
Hard surface disinfectant with bactericidal, mildicidal and virucidal action.
THE FIRST ENVIRONMENTALLY FRIENDLY DISINFECTANT PRODUCT, HIGHLY EFFECTIVE AND LONG-LASTING FOR PROFESSIONAL USE
Soluzione basata su una rete di sensori Solution based on a network
of wireless battery-powered sensors with remote control via a control unit (hub), which constantly monitor the outdoor
air quality and healthiness
of indoor environments.
Sensors capable of measuring PM1, PM2.5, PM10, T, P, RH, NO2+O3, SO2+CO, NO+NO2 in real time. Small in size (like smartphones), they are Plug&Play devices, easy to install. The collected data is automatically sent to the cloud for calibration and interpretation (GSM).
Much cheaper and more practical than official environmental analyzers (e.g., ARPA) and are able to measure on-site the photocatalytic activity of surfaces treated with REair products!
Sensors capable of measuring PM1, PM2.5, T, P, RH, CO2, radon, TVOC, light and many other parameters in real time. Small in size, they are wireless, battery-powered devices.
The collected data is automatically sent to the dedicated cloud and can be interfaced with ventilation and air conditioning systems (BMS) via API.
