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subject: Steps On How To Create Inexpensive But Important Products In Creating Roof Insulation For Cold Month [print this page]


Attic Insulation: Installing a Radiant Barrier

As your electricity bills continue to rise, every step to achieve less energy consumption must be done. An effective way to realize this, especially for homes in frigid environment, is preventing hot air from exiting in the attic. In order to save energy, insulation installation must be done by placing insulation boards in between attic walls to maintain the amount of heat inside the room. However, this form of insulation is useless during cold season because it can not prevent the rising of hot air, which usually exits in the attic. One quick way to address this problem is to double-up the layer of insulation boards in attic walls, but this can easily become impractical due to the need of large amount of attic space and may even lead to moisture issues as the layers become a giant sponge. Fortunately, you can opt for radiant barrier, which has a dual purpose deflecting the suns rays from your home during summer season, and directing them towards the house when winter season comes.

Steps for Effective Basement Insulation

To achieve properly working basement insulation, the initial step is to solve common basement issues such as leaks and mold formation. When these problems are resolved, the next thing to determine is the form of insulation that will perfectly fit your basement. One of the most common materials used in creating basement insulation is fiberglass, which is usually availed in rolls or bats. Rolls contain pre cut fiberglass with 8 feet in length, or may reach up to 40 feet depending on the required length for installation. The next step is to know the construction code of your basement because every basement part has a corresponding code. After determining the code, the next step is to put the fiberglass and other insulation materials between the basement walls. Make sure that the fiberglass is cut properly to fit the spaces without touching the walls.

Hot Water Pipe Insulation

As water travels from pipelines through your water heater, high energy is required to make it in your desired temperature. To promote energy efficiency and attain a decrease in electricity bills, one effective option is to insulate your pipes especially during cold and winter seasons. To begin hot water pipe installation, check for any leaks in the pipes and measure their dimensions for a perfect fit. One of the most preferred materials used in this form of insulation is pre-formed molded insulation foam, which is available in various shapes and sizes for easy installation. To maximize the effects of insulation, make sure that your pipes diameter is the same with the diameter of the molded foam, which will act as a barrier to prevent cold air from entering the pipelines. Hot water pipe insulation is perfectly suited for homes in extremely frigid environment as it effectively prevents water pipe from freezing and maintains hot water temperature for longer time.

Importance of Industrial Wall Insulation

With a progressive world we are living in, many high rise buildings and infrastructures are built every year. Many of these buildings are occupied as offices and storage rooms, which require some form of insulation to lessen electricity consumption. When these buildings are installed with industrial wall insulation, among the numerous benefits gained include increased energy efficiency, creating a safer working environment for occupants, and protective layer against extreme changes in temperature brought about by excessive cold or heat. To get these insulation benefits, walls must be applied with thermal insulation spray during the time of construction for faster solidification. These liquid foam sprays are highly effective in filling tiny holes and crack in walls which results to the maintenance of proper amount of heat needed inside the walls. After spraying, the liquid foam solidifies into a strong protective layer which promotes the buildings energy efficiency.

by: Helen Winship




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