AeraSense is an innovative technology with the accuracy and performance of a professional sensor. It senses harmful particles smaller than even PM2.5, ensures the purifier
adjusts for cleaner air output and provides real time feedback.24-41m2 room size
Numerical air quality feedback
Healthier Air, Always
AeraSense, making the invisible visible
Low noise at Sleep Mode (20.5dba) - soft as a whisper
When in Silent Mode, the Purifier turns down its fan speed and noise level to allow a comfortable night's sleep.
Real time indoor PM2.5 numerical feedback
The numerical PM2.5 indicator and the 4-step color ring provides real time feedback of your indoor air quality.
Smart light control: adjust light to suit your preference
Both AQI and the light on the UI can be dimmed and/or turned off avoid light disturbance for consumers.
3 auto modes: General, Allergen, and Bacteria & Virus
The Philips Air Purifier has 3 automatic purification settings: a General mode, an extra-sensitive Allergen mode, and an extra-powerful bacteria and virus mode. You can choose
your preferred mode to personalize and optimize your purification.
Automatically monitors, reacts & purifiers the air
AeraSense is a sensor that accurately identifies fine particles that are even smaller than PM2.5 (including most common indoor airborne allergens). It then processes this
information to ensure that the purifier's settings are at the ideal level for current air conditions, and for continuous re-assurance. Then gives you feedback of real time indoor
air quality by showing PM2.5 level.
VitaShield naturally purifies UFP as small as 0.02microns
Vitashield IPS with its aerodynamic design and NanoProtect Filter has a boosted clean air delivery rate up to 344 m3/hr (according to China GB/T 18801-2015). It can effectively
remove ultra-fine particles as small as 20nm, effectively reduce harmful gases such as formaldehyde, TVOC and odor. Removes up to 99.9% bacteria and virus.
Aerodynamic architecture boosts efficient airflow
Aerodynamic architecture boosts efficient airflow.