How Attic Insulation Is Increasing Your Electricity Bills, and How Attic Insulation Removal in Toronto Will Help

While you might know about insulation, you may not be aware that it is increasing the cost of your electricity bill. This is why using professional attic insulation removal in Toronto is so important. Once the old insulation has been removed, new and better insulation is added.

As part of this process, new installation must be added to the attic. Especially in Canada, where winters are cold and harsh, this will prevent warm air from escaping and keep cold air out. The cost to heat and cool your home accounts for up to 70% of your energy bill. Insulation removal in Toronto followed by new insulation installation will save you a significant amount of money.

Living More Comfortably

With professional attic insulation removal in Toronto, you can start setting your thermostat differently without compromising on comfort. Professionals who handle insulation removal and installation in Toronto cover the areas at greatest risk, including the attic, as well as the garage, basement, and other high-risk spaces.

After the attic insulation removal in your Toronto home is complete and the new insulation is added, warm air will stay inside during the cold months. During the hot summer, cold air will stay within the home. Overall, you and your family will enjoy comfort throughout the year without spending more money on electricity.

After the completion of insulation removal and installation, air movement within your Toronto home will be limited. What happens is that calm air becomes trapped within the insulation, thereby preventing heat or cool air from escaping.

It is important that you hire a reputable company for attic insulation removal in Toronto, as well as for installing your new installation. The professionals will use an R-value system based on the level of resistance to heat flow to determine the right installation to install. The way this works is that the higher the R-value of the insulation being used, the more efficient it is in preventing hot air from moving around.