The air inside your home can harbor germs, allergens, dust, and other harmful particles. Air purifiers provide a way to make your indoor cleaner and healthier to breathe. How effective are these devices? Learning more about how they work can help you determine if you should get one for your Indianapolis home.
Air purifiers are available in portable models and whole-house systems. Portable models can be moved from room to room as needed. Whole-house purification systems are installed in ducts or HVAC systems. These systems are designed to boost indoor air quality throughout homes instead of in certain rooms or areas only.
How They Work
Air-purification systems and portable purifiers pull air in through filters, catch certain kinds of particles, and push cleaner air back into areas or rooms. Whole-house systems do this through the vents in your home. Portable purifiers have fans that handle this process. Some portable models can be mounted on walls.
Effectiveness of Air Purifiers
How well an air purifier works depends on several factors, including whether it’s a portable model or a whole-house system. Other factors to consider include the number of filters they have and the amount of space they cover. These purifiers can also differ in effectiveness based on the types of contaminants they are able to trap and the amount of air they pull in.
Choosing from the Available Air Purifiers
How can you make sure you choose a purifier that works effectively in your home? Look for one that is able to target as many contaminants as possible, including smaller ones. Consider going with a whole-house purification system, which helps clean air in every part of your home. This can help reduce germs, dust, pet dander, pollutants, and other harmful particles for healthier indoor air.
If you’re looking for an effective air purifier for your Indianapolis home, please contact Mowery Heating, Cooling and Plumbing. We can install iWave, an air-purifying device, in your air-conditioning system or ductwork to eliminate bacteria, mold, odors, and other particles.