Breathe Better with Whole-Home Air Filtration in Windsor
An air filter is an important HVAC component for efficiency and comfort—but it’s frequently forgotten.
Indoor air quality can affect your family’s health, specifically if there’s someone in your Windsor home with allergies, asthma or other respiratory issues. Dust, pollen, pet dander and mold can aggravate symptoms, as well as volatile organic compounds. VOCs are chemicals that are part of everyday household items like cleaning products, furniture and flooring.
Up-to-Date houses are more energy efficient. But they are more airtight. This means the air inside your home can be worse than external air—often two to five times more, according to the Environmental Protection Agency.
There are methods you can use to take the reins of your home’s air quality:
- Reduce pollution sources
- Ventilate with fresh air
- Use better air filters
Filtration is one of the best methods of cleaning the air that streams through your home. It traps particles as air runs through HVAC ductwork.
There are several kinds of air purification systems you can add to clean the air in your home. Bryant Heating & Cooling Service Experts can suggest what’s right for you. And you can breathe comfortably knowing all our Expert work is upheld by a 100% Satisfaction Guarantee for a year.*
7 Signs You Need a Better Air Filtration System
There are a couple of signals that your home could be enhanced by a filtration system.
- Someone in your family has asthma or allergies.
- Headaches, congestion or sneezing are common when you’re home.
- Your home smells stale.
- You have pets that shed.
- Odors stick around in your house.
- Someone in your household smokes.
- Your house is always dusty, despite weekly cleaning.
Which Air Filtration System is Right for My Home?
A whole-home air purification system can handle pollution in your home’s air. And possibly provide relief to the asthma and allergy sufferers in your home.
Studies have found limiting exposure to indoor allergens and tobacco smoke could stop 65 percent of asthma cases among elementary school-age children. And controlling biological contaminants like dust mites can also reduce childhood asthma cases by 55-60 percent.
HEPA Filters
The High Efficiency Particulate Air, or HEPA, filter, was designed to keep scientists safe from radiation as they developed an atomic bomb during World War II. Today these filters are often used in hospitals, science labs and even homes.
HEPA filters are rated to take out 99.97 to 99.99% of particles measuring 0.3 microns and bigger. This includes pollen, dirt and dust. A HEPA air cleaner with activated carbon filters can trap chemicals, odors and smoke.
These filters have a MERV rating of 1721, depending on the brand. This rating demonstrates how well a filter can pull out pollutants from the air.
Because of their high-efficiency filtration abilities, HEPA filters are deep and can reduce airflow. It’s important to touch base with Bryant Heating & Cooling Service Experts to confirm your heating and cooling system can work with one.
Media Filters
Media air cleaners are denser than regular air filters. They’re often four to five times wider—or more. This barrier mounts closely against your HVAC equipment.
Because its functional surface is usually around 10 inches, media filters are able to trap about 95 percent of particulates.
These filters stay fresher longer too, typically between three to six months.
Electrostatic Filters
There are several different types of electronic filtering systems you can add in your home.
An electrostatic filter uses magnetically charged material to capture. These washable filters are 97 percent effective at clearing tiny particles from your home’s air. Plus, they're also 30 times more effective than regular filters.
An electronic air cleaner uses a high-voltage magnetic charge to capture particles.
Some can eliminate the majority of indoor air pollutants—particles, germs, bacteria, chemical odors and vapors—by up to 99.9 percent. And reduce ozone, a known lung irritant, created elsewhere in your home.