Tuya WiFi Remote Room Hepa Filter Air Purifier With UV Light Bedroom

Tuya WiFi Remote Room Hepa Filter Air Purifier With UV Light Bedroom

Room Air Purifier Description

Room Air Purifier Function

1. Support air purification/plasma/uv/sterilization purification /PM2.5 particle purification
2. Support filter replacement reminder
3. Support 3 speed adjustment
4. Support PM2.5 digital real-time monitoring display
5. Support intelligent automatic mode
6. Support display mode LED touchscreen display
7. Support sleep mode/silent mode
8. Support child lock function
9. With disinfection product test report/production qualification and product record,
Applicable to schools/hospitals/nursing homes/banks/offices and crowded places for sterilization and disinfection

Room Air Purifier Parameters

1.Rated power: 120W
2.Voltage: 220V/50Hz
3.Wind speed: 3 speed
4.Applicable area: 42m³
5.Particulate clean air quantity: 350m³/h
6.Removal rate of Staphylococcus albus :99.99%

7.Removal rate of natural bacteria in air: 99.54%
UV wavelength: 253.7mm
UV illuminance: 99UW /cm²
8.Color: Ivory/Rose gold/Champagne gold (customizable)
9.Sensor type: Dust infrared sensor

Package Size: 448*270*700mm
Product Size:390*211*628mm
Filter Size:479.5*330.5*45mm
G.W.:9.9KG N.W.:8.5KG

About Room Air Purifier

How Do Air Purifiers Work?
An air purifier features a fan that draws air into the unit. As the air enters, a filter captures pollutants and particles, in effect pulling them from the air. The newly cleaned air then passes out of the filter and back into the room.
No purifier can capture all of the pollutants and particles that travel through a room, but depending on the type of filter used, they may capture many allergens and other unwanted substances.
Many air purifiers feature HEPA filters that capture particles, including dust, pollen, and some mold spores. Some air purifiers use other types of filters or technologies to clean the air. For example, some air purifiers use ultraviolet germicidal irradiation, in which UV lamps target airborne viruses, bacteria, and fungal spores. Other purifiers use activated carbon filters that capture molecules that cause odors.
Some machines have filters that are washable, while others use disposable filters that you must replace, typically after three, six, or 12 months.
Each air purifier is designed to clean the air in a room up to a certain size. Some purifiers may have the capacity to work in rooms of 500 square feet or more, while others are meant for rooms no larger than 150 square feet.

Some devices that are advertised as air purifiers purposely emit large amounts of ozone, the main component of smog. CARB recommends that ozone generators not be used, except for approved industrial purposes where harmful exposure to ozone is prevented. Not only are ozone generators ineffective at cleaning indoor air, but inhaling ozone poses serious health risks for humans and animals. This fact sheet discusses these health risks and provides effective, alternative solutions to address indoor air quality problems.
What are ozone-generating air cleaners?
Indoor "air purifiers" or air cleaners that intentionally emit ozone are often called “ozone generators." Manufacturers sometimes inappropriately refer to ozone as “activated oxygen,” “super oxygenated” or “energized oxygen,” which implies that ozone is a healthy kind of oxygen. Because ozone reacts with some other molecules, manufacturers claim that the ozone produced by these devices can purify the air and remove airborne particles, chemicals, mold, viruses, bacteria, and odors. However, ozone is only partially effective at cleaning the air when it is used at extremely high, unsafe levels that pose a serious health risk.
Air cleaners that utilize ionizers and electrostatic precipitators are other types of devices that emit ozone, but do so as a by-product of their design and function. These devices are designed to electrically charge particles in the air and cause them to attach to surfaces in the room, such as walls or floors. Ozone is released through the charging process, although these devices typically emit much less ozone than ozone generators.
Are ozone generators effective at cleaning air?
Some devices are marketed with advertising claims that they will kill viruses, bacteria, mold and other biological contaminants, and remove chemical contaminants and odors. However, when ozone concentrations are below the health standards, it does not effectively remove biological contaminants. Ozone also does not remove particles (e.g. dust and pollen) from the air,