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Product overview
Making Poorly Ventilated Spaces Safer
A single Rediair unit can ventilate rooms up to 120m3 and delivers up to 600m3 of clean air every hour, removing airborne pathogens, allergens and odours thanks to its twin-side intakes.
3 layers of filtration remove 99.995% of particulates; including bacteria, fungi and viral aerosols. With its dual HEPA-14 filters, Rediair removes 10x more particles than domestic H13 air purifiers.
Auto Mode monitors air quality in real time and intelligently adjusts fan speed; Turbo Mode allows maximum decontamination; Whilst Night Mode lowers the volume and the lights.
Rediair is an instant air purification device, providing clean air where & when you need it. Capturing particulates, odours and 99.995% of airborne pathogens.
Rediair provides an almost instant air purification solution for poorly ventilated spaces.
At the heart of Rediair are dual HEPA 14 and carbon filters. These filters capture 10x the particles of a HEPA 13 machine. Adaptable to any situation, Rediair has 4 different operating modes that begin to decontaminate the surrounding air, within seconds.
While trapping particles and odours, Rediair was designed to capture airborne pathogens like bacteria, fungi & viral aerosols.
Dynamic Decomtamination
Built around dual HEPA 14 and carbon cloth composite filters, Rediair begins to decontaminate a room’s air almost instantly. Plug in, select your mode and let Rediair do the rest; it’s that simple. Adaptable to many different situations, Rediair has four operating modes to choose from:
1. Automatic mode
When set to automatic mode, Rediair uses intelligent particulate sensing to detect air quality and automatically adjust fan speed to effectively remove contaminants whilst displaying the current air quality via its LED air quality indicator.
2. Manual mode
Offering complete control, Rediair’s manual mode allows you to tailor its operating parameters to whatever situation you need it for. Navigating through its simple digital display to select fan speeds, operating times and light modes, Rediair offers you quick and simple to use air purification.
3. Turbo mode
Turbo mode spins both centrifugal intake fans at top speed, significantly increasing its clean air delivery rate (CADR) to 600m3/h, removing contaminants more quickly and effectively.
4. Night mode
When set to night mode, Rediair uses its built-in light sensor to monitor the room’s light. When light levels fall, Rediair will switch off all LEDs and displays and lower fan speeds to provide near-silent purification throughout the night.
Plug In and Begin
Rediair is incredibly simple to use but, within its compact shell, many complicated systems work together to capture aerosols, particulates and odours in the surrounding air.
Seconds after activation, contaminated air is drawn through 3 layers of filtration. The nylon pre-filter, composite carbon cloth and HEPA 14 filters capture particulates as small as 0.3μm and expel purified air
back into the room, providing up to 5 air changes an hour within a space up to 120m3.
This includes: airborne pathogens (bacteria, fungi and viral aerosols), fine and ultra-fine particles, dust, mites, odours and pet dander.
Benefits
Simple but Powerful Purification
Pathogens, particulates and odours linger in poorly ventilated spaces. Breathing, talking and coughing can spread pathogens (such as influenza or coronavirus) via the generation of aerosols or droplets, which can remain in the air for over an hour1. That’s why we created Rediair.
10x more effective than HEPA 13
Two carbon composite HEPA 14 filters work in tandem with the dual centrifugal intake fans to capture particulates, odours and 99.995% of airborne pathogens.
High clean air delivery rate
Despite its small form factor, Rediair has an exceptionally high clean air delivery rate (CADR) of up to 600m3/h.
Ultra quiet
Rediair is surprisingly quiet when in normal use. With its 4 modes of operation, Rediair is designed to decontaminate without causing distraction.
References:
1 De Oliveira PM, Mesquita LCC, Gkantonas S, Giusti A, Mastorakos E. Evolution of spray and aerosol from respiratory releases: Theoretical estimates for insight on viral transmission. Proc R Soc A Math Phys Eng Sci. 2021;477(2245). doi:10.1098/rspa.2020.0584
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