What are the benefits of blown in insulation?
Safety and insulation quality. Blown in insulation can form a denser layer with better thermal spectrum than traditional batt style installation.
Homes that have blown-in insulation can be heated faster and require less energy to maintain, which means significant gains for the homeowner. As it also has a higher R-value than most insulations, you'll see greater savings on your heating bill as well as protection from drafts and cold spots around the home - especially in areas like attics or ceilings where hot or cold air leaks through cracks more easily than other spaces. Greater safety is also afforded to pets who spend time alone in those parts of the house; installing blown-in insulation not only saves lives but cuts down on instances of pet hair everywhere from from couches to carpets.
Durable and low maintenance. Blown-in insulation is a long lasting solution that can last for decades without requiring repair or replacement, so you won't have to worry about it breaking down over time.
Blown in insulation requires no special equipment compared to other forms of installation , so many homeowners find they can complete the work themselves, which means significant savings on installation costs. Whether you have a professional contractor do the work or you choose to go it alone, blown-in insulation is a great choice for those who want an easier way to keep their home warm and cosy.
Blown in insulation can be installed virtually anywhere . It forms a tight seal over walls, attics and other areas, which means you won't have to worry about it falling through or moving around over time.
If your home is in need of insulation but you aren't sure exactly where to start, blown-in insulation might be the answer . Not only is it a quick and easy installation process, it's also long lasting and low maintenance. You can install it as a DIY task or have professionals do the work for you.
Blown-in insulation is incredibly versatile , too, which means it can be used in any part of the house to keep heating costs down and drafts at bay.
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How does blown in insulation work?
The blowing agent is a product called cellulose. Cellulose consists of a relatively long chain of repetitive glucose molecules. When the cellulose chains are heated, they form gases that provide insulation and block convection currents or conduction.
Insulating not only minimizes cooling costs by creating an insulation layer between your house's exterior and interior surfaces; it also reduces moisture content in attics which can lead to condensation problems inside your home, like mold growth or plaster damages caused by rain water seeping through the ceiling into drywall or wood framing members. Older homes within urban areas (especially built before 1975) may need additional insulation to make up for any gaps in construction quality due to changes in building materials since then. Newer homes are built with tighter construction to save energy, so they may not need insulation additions.
What is blown in insulation?
Blown-in or loose fill insulation use cellulose fibers that are made of recycled papers and other plant products, combined with a blowing agent which turns the product into an expanding foam when heated. The end result is an insulation product that is very effective at filling up the gaps in a building's exterior walls, floors or ceilings. Blown-in insulation is usually made of recycled materials and has little to no Ozone Depleting Substances (ODS), making it more environmentally friendly than other types of insulation.
The cellulose sheets are soaked in a blowing agent, which causes the sheets to expand. The cellulose insulation is injected into open cavities in exterior walls by either a pneumatic machine or shrink wrapping equipment. This process can also be used to insulate basements.
Blown-in insulation works better than most types of insulation because it fills every tiny cavity with included cellulose insulation. This not only increases the insulation's R-value, it also reduces air infiltration in a building and therefore cuts energy costs.
The cellulose used in blown-in insulation is usually made from recycled newspapers or other types of recycled paper products. It also contains little to no Ozone Depleting Substances (ODS).
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