2 year warranty
AC3737/10
Purifies rooms up to 131m2
505 m3/h CADR & 650 ml/h rate
Removes formaldehyde gases
Connected to WiFi; Air+ app
It distributes powerful clean airflow to every corner of the room at a CADR (Clean Air Delivery Rate) of 505 m3/h (1), thoroughly purifying even large rooms up to 131 m2 (2) to protect you from bacteria, viruses, pollen, dust, pet dander, dust mites and harmful gases such as formaldehyde, odors and other pollutants.
Only Philips Air Purifiers have NanoProtect HEPA filtration with active carbon and pre-filter to remove 99.97% of particles as small as 0.003 microns (3). NanoProtect HEPA technology not only traps pollutants, but also uses an electrostatic charge to attract them, cleaning up to 2 x more air than traditional HEPA H13 filtration, with higher energy efficiency (4).
Fast humidification, up to 650 ml/h (5). It senses and automatically adjusts the humidity level to your desired setting. The humidifier function will turn on or off as needed, to reach your desired humidity level.
1) Tested by third party lab according to GB/T 18801-2022.
2) Calculated according to GB/T18801-2022 standard using cigarette smoke CADR tested according to GB/T18801-2022.
3) Tested on the filter media with NaCl aerosol,classified at 3nm according to DIN71460-1 by third party test lab.
4) Philips air purifiers have higher Clean Air Delivery Rate and energy efficiency with a NanoProtect HEPA filter than with a HEPA H13 filter, tested to GB/T 18801.
5) Tested by third party lab according to GB/T 23332-2018.
6) Compared to standard ultrasonic humidifier modulesthat do not contain additional technology to reducebacteria-spreading, tested by independent lab.
7) Compared to ultrasonic humidifying technology.Tested for deposition of minerals on furniture. It was tested by a third party laboratory over a period of 3 hours according to DIN 44973, IUTA e.V.
8) The average sound level, based on GB/T4214.1-2017 (IEC 60704- 1 - 2020, MOD). The sound level may change due to the conditions in your room and the location of the device.