A key component of home remodeling that increases comfort and lowers energy use is insulation. One of the areas of your house that is subjected to harsh weather conditions throughout the winter and summer is the attic. Whether you utilize the upper portion of your roof for dwelling or storage, it is essential to upgrade the protection. One of the most common attic insulation techniques for homeowners seeking improvements is blown fiberglass insulation. Many dwellings would be miserable, draughty shelters without insulation.
Blown in fiberglass insulation protects us from the savage heat of the summer and the cold of the winter, saving households hundreds of dollars in electricity and heating expenditures. Unfortunately, many people discover that the homes they bought don’t have enough insulation, and the cost of having it fixed might be prohibitive. However, you may avoid pain for both you and your wallet by using blow-in insulation.
1. Quick And Simple Installation
Blown in fiberglass insulation is very quick and simple to install. Blowing insulation into a place until it reaches the necessary density is what it is called. A contractor will employ a large hose connected to a blowing machinery to spray out portions of the loose-fill insulation that is packaged in bags. The substance quickly turns the walls into a thick blanket. Blown-in insulation for walls is significantly faster than cutting and securing portions, which might take a contractor several hours.
2. Blown-In Fiberglass Insulation Is Fire Resistant
This substance, also known as old cellulose insulation, has excellent fire resistance. This is because it has been treated with ammonium sulfate, boric acid, or borax. Blown in cellulose insulation carries a Class 1 Fire Rating.
You may use it around modern light fittings and recessed cans with total safety. If your wiring is obsolete or you are placing it near old or vintage light fixtures that weren’t made to the same fire-rated requirements as their modern equivalents, you might want to talk to your insulation contractor about alternate solutions.
3. Saves Energy
The blown in insulation for walls material stop hot and cooled air from escaping while locking in lower attic temperatures in the summer. Your electric and gas bills increase and can become quite expensive throughout the summer and winter months. Less heat will escape from or enter your home with blown fiberglass insulation, saving you money on cooling and heating costs. You’ll feel at ease in both your house and your bank account. The material improves HVAC performance, boosts interior comfort, and reduces energy consumption by successfully sealing even minute gaps and fissures. Energy cost savings of up to 50% have been reported by some houses, and the installation often pays itself over two to four years.
4. It’s A Sustainable Option
To begin with, blow-in insulation is a green choice because it is composed of 85% recycled paper and wood materials. This indicates that it complies with most requirements for green building certification. In terms of environmental effects, fiberglass insulation isn’t the worst choice, but it’s also not the greatest. The particles may be exceedingly irritating and even harmful to breathe in, and they are also much more difficult to form into irregular shapes, widening the gaps that affect how heat and cold are transmitted. Compared to competitors, has a cleaner, pollution-free product process. It degrades after removal without releasing dangerous compounds into the soil, water, or atmosphere. It gets excellent scores for energy efficiency. It keeps the R-value consistent and may be used to adequately insulate every nook and cranny of a building.
5. Beyond R-values
There is more to “grading” insulating materials than just using R-values, which are the industry standard. R-values that exclusively take into account the particular product. The world’s draughtiest house won’t gain much from new insulation with such a high R-value since the house’s whole insulation system, including air sealing, moisture management, ventilation, and insulation, functions as a unit. By more efficiently reducing air infiltration and convection than fiberglass, cellulose insulation expands beyond R-value, significantly enhancing its insulating qualities. In contrast to other materials, research has found that cellulose insulation can limit airflow by as much as 30%.