A high-quality air conditioner is essential for beating the summer heat, but even the best unit can struggle unless your home is well-insulated. Luckily, spray foam insulation is an innovative product that expands to fill every crevice, virtually eliminating the tiny gaps that let hot air from outside into your home. Below are a few ways this advanced insulation product will help keep your home cool throughout the summer.

3 Ways Spray Foam Insulation Protects You From the Summer Heat

1. Restricting Airflow

Preventing heat transfer from outside depends on restricting air movement. Even professionally installed fiberglass insulation will have small gaps around each panel, which gives the outside heat a way in. When properly applied, spray foam insulation leaves no spaces for air transfer, keeping the cool air in and the heat outside where it belongs.

2. Making Attic Insulation Easy

During the summer, the attic may be the hottest part of the house. While insulation on the attic floor can keep out some of that heat, warm air will still flow downwards, forcing the AC to work harder than necessary. When added to the attic ceiling, spray foam insulation can make your home more comfortable practically overnight.

3. Cutting Energy Bills Down

Along with superior comfort, spray foam insulation also makes your entire home more energy-efficient. Because the air cooled by the AC stays inside, the equipment doesn’t have to cycle as often. In the long run, spray foam insulation offers substantial savings on your energy bill, and it will eventually pay for itself.

If you’re building a new home or your AC can’t keep up with the summer heat, Danner Spray Foam offers the expertise and advanced solutions you need. As Syracuse, NE’s spray foam insulation specialist, they serve homeowners and builders throughout Lancaster, Sarpy, Otoe, Johnson, Cass, and Nemaha counties. Visit their website to learn how they can keep your home cool this summer, follow their Facebook for more helpful tips, or call (402) 269-7058 to request a quote.