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Local Insulation Companies in Bethel Minnesota

Best Insulation Companies Bethel MN

With over 140 years of experience between our spray foam insulation contractors, our team dedicates our time in expertly providing energy and healthy indoor air quality solutions to preexisting residential and commercial clients in the Bethel, MN area by using the “Whole House as a System” approach to evaluate your home insulation needs and help save you money on your Bethel home energy bills with quality spray foam insulation.

Local Bethel Area Insulation Companies

If you’re in the Twin Cities MN area, look to our experienced Bethel Minnesota company! We have nearly 35 years of experience installing spray foam from leading manufacturers.

Bethel spray foam is available in two forms:

Open-cell spray foam insulation has tiny cells that are not completely closed and are less dense and filled with air. This gives the insulation a spongy texture and a lower R-value (although it can achieve a greater R-value if not restricted by space). Low-density, open-cell polyurethane foams are similar to conventional polyurethane foams but more flexible.

Closed-cell spray foam is much denser. It has a smaller, more compact cell structure and has a higher R-value per inch. It’s also ideal for achieving a high R-value in narrower spaces.

Home Insulation – 5 Energy Saving Tips For Lower Energy Bills With Spray Foam

If you have never heard of spray foam insulation kits, you definitely need to check into them. You might be asking why this type of insulation is all that important in the grand scheme of things, however if you want to save money and your health, this type of insulation is something you need to know more about!Spray foam insulation is a liquid before it is applied, however once you spray it onto a surface, it becomes a solid material which fills the holes and gaps that are causing your home to lose energy. Regular fiberglass insulation simply cannot fill all of the tiny little areas where your heat and cold air are escaping from your home every day. Using spray foam will save you serious money on your energy bill each month.Another drawback of fiberglass insulation is that there are potential health effects that one can experience from touching or being near this type of insulation. If you have ever had the experience of touching fiberglass insulation, you know that it can cause severe itching and red irritated areas on whatever it has touched. In addition, there can be particles of sharp, jagged fiberglass flying around in the air if the insulation has been disturbed in some way. These pieces can get into your eyes and cause damage. However, the greater concern is that you can inhale them and cause damage to your throat and lungs.Although the initial cost of spray foam insulation kits may be a bit more than the cheaper fiberglass option, the overall benefits of saving money on your energy bill and preserving your health are far greater. Insulation Installation Companies Now that everybody wants to build green, there are lots of new insulation options for keeping your house warm. These include spray foam and fiber insulation and non-fiberglass batts. You no longer have to use materials that are potentially dangerous to yourself or the environment. All of these options use recycled materials in an environmentally friendly way. Let’s take a look at some of these options.- Non-fiberglass Batts use a variety of earth-friendly materials with cotton for natural insulation. Most folks use recycled sheep’s wool that is treated so that it is fire resistant. Another material you can use is rock wool, which is naturally resistant to fire, water and noise.The other materials used are cotton batts, wool batts, rock or slag wool batts and boards, or any combination of these. It depends on what you want out of your insulating material. If noise reduction is a major concern, you should go with rock wool, which has a natural resistance to noise.Installation technique is exactly the same that has been used for many years for installing fiberglass materials. The advantage to using non-fiberglass batts is that they are friendly to the environment.- Spray foam insulation is quickly becoming the most popular methods, and this is because it is not only green, but also flexible and relatively easy to install. If you’re willing to put a little elbow grease into it, you can do the entire job yourself, and there are kits available for doing just that.You simply spray the foam insulation into the cavities of the wall and the material expands by itself to fill the space up completely. The foam is particularly effective because it fills all the little cracks and crevices completely. Most types of spray foam are fire resistant, and are also effective against moisture that can creep into your house and cause mold infestations.In some cases, spray foam insulation is used along with other techniques to get the desired result. Because of the foam’s flexibility, you can use it together with non-fiberglass batts. While some people can handle their spray foam installation themselves, if you’re not much of a handyman/woman, you might want to have a professional do it for you.- Spray fiber insulation is where little bits of various materials are blown into your wall cavities to create insulation. The materials are environmentally friendly, and often include mineral wool, cellulose and other materials mixed with water. It is blown into the wall crevices using a special machine designed to pack it in so that there is no air left. The material dries and a special adhesive that is mixed in keeps it all in place.The Spray fiber product is also a popular method because it is, by far, the easiest. Water should be mixed into the solution depending on how humid the environment is. The material is sprayed in, and in 24 hours it dries into place. Best of all, all the materials used are recyclable.Home insulation has never been this easy or easy on the environment before! Join millions of others who are doing their duty to save the earth by building green.

Flexible

Flexible insulation is the most widely used insulation in residential housing. This soft flexible material is made from fiberglass, and is commonly used in floors, walls, ceilings, and roofs. It can be purchased by the roll and cut to length for stud cavities, or rolled out to length in attics. Batts can also be purchased and are pre-cut for easy handling when insulating ceilings or crawl spaces. Both styles are made to fit traditional 16 or 24 inch framing, and can be purchased with or without a vapor barrier. Flexible insulation is effective in all types of climates and is easy to install. There is a risk of exposure to glass fibers when installing flexible insulation, so protecting yourself with gloves, long sleeves, and a dust mask is recommended.

Rigid Foam Board Panels

Foam boards are rigid panels that are widely used for insulating foundation walls or under concrete slabs. Panels can also be applied over exterior wall sheathing when installing new siding to increase the r-value of the wall. On cathedral style ceilings, panels can be installed below the sheathing on a roof. Foam board insulation comes in rigid panels 2 to 4 feet wide, and 8 feet in length. These rigid panels are an ideal insulator and add rigidity to the structure. They are made from polystyrene and polyurethane materials, and can be used in any type of climate.

Blown-In/Loose Fill

This form of insulation is an ideal type to use when insulating areas which are difficult to reach. It’s an effective insulator to use in truss cavities or in areas containing pipes, wires, or duct work. Loose fill can be purchased in bags and poured into the cavities, or it can be blown-in professionally using pneumatic equipment. Blown-in is a popular method used to insulate older homes without the worry of removing any interior finished wall surfaces. Loose fill insulation is made from fiberglass or cellulose, and is efficient in all climates. Because it has a fiberglass component, personal protection should be worn to prevent exposure to the glass fibers.

Spray Foam

Foam products come in two forms, foamed-in-place or spray cans. The Foamed-in-place product is sprayed into framing cavities of a structure by professionals using specialized equipment. This expands and then hardens to form both an air tight seal and add stability to the structure. Small spray cans be purchased by a homeowner to seal small cracks, or insulate around windows and doors to eliminate heat loss.

The Best Do it Yourself Spray Foam Insulation Kit – How Can I Buy the Right One?

Home insulation is important for houses in this age of high energy cost. Home insulation helps to reduce the cost of utility bill in terms of low energy usage. Moreover, it also boosts the values and livability of houses. Therefore, home insulation is especially a must for houses that are more than 10 to 15 years old which tend to be not insulated when they were built 10 to 20 years ago. Even if they were insulated at that time of construction, the insulation technology or the material might not be as good as today’s technology. Therefore, it’s better for you to replace or remodel the insulation if they were installed a decade ago.

The first step to installing home insulation is to identify areas of the house that need to be insulated. The general guideline here is to look at places where there is contact or leak between the interior of your house and the outside world. A good example of this scenario will be the window. During the winter, when you open the window, you can feel the cold air from outside tends to rush into the house. It’s the same in the summer where the heat will enter the house once the window is open. When this situation happens, heat loss or heat gain is occurring.

One thing to remember is that heat exchange is not restricted to just the window and the door. It also happens at places that are intact such as the wall, ceiling and the roof. Even though the wall, ceiling and the roof is a poor conductor, heat loss and heat gain will still occur. If there is a crack in the wall or a hole in the ceiling, heat loss or gain will be accelerated at a faster rate. Therefore, we need insulation to reduce or better eliminate completely the rate of heat loss and gain. With that being said, areas such as the walls, ceiling, basement, attic and the roofs are the critical areas that require to be insulated.

Once you have determined the insulation areas, next step is to choose the insulation material and types of insulation. Some common insulation materials that are affordable to most households are fiberglass, wool, paper, wood and cotton. The more expensive material is the popular polyurethane that is used in spray foam insulation. The polyurethane can cost up to several times more than the conventional materials such as fiberglass, wool and cotton. New and non-conventional insulation materials are being developed constantly in the market.

The good things about these newly developed insulation materials are most of them are made from recycle materials and are absolutely environmental friendly. With the advance of technology, scientists are constantly developing materials that are non toxic, water resistance and fire proof. One good example of a sophisticated insulation material is the one developed by Warmcel which is made of 100% recycled newspaper. Another one is the glass wool developed by Earthwool which is made of recycled glass and sand. One good example of non-conventional and environment friendly spray foam which is made from recycled plastic materials and renewable soy oils is developed by Heatlok Soy.

To recap on the importance of home insulation, houses that were not constructed with insulation installed are encouraged to be reviewed by contractors or better yet perform a home energy audit to check on the amount of energy that can be saved with insulation installed. Insulation not only preserves the limited non-renewable resource with the use of more environment friendly and recycled materials, it also boosts the sale value of the houses and makes the occupants comfortable.

The energy conservation industry has experienced explosive growth while continuing to develop new technologies. For the consumer, deciding which materials and devices offer the greatest return on investment can often be confusing.Over the last five decades, thorough research reveals that the greatest energy savings per dollar invested comes from maximizing the insulation value of a home or business. Among the different insulation materials, spray foam insulation offers substantial advantages over competing systems.Heat Transfer: Conduction, Convection, and RadiantThe purpose of any insulating material is to slow the transfer of heat. To compare the relative effectiveness of the different insulation alternatives, it is important to understand how heat moves through materials and space.Conduction:Conductive heat transfer is the process where thermal energy travels through the mass of a material on a molecular level. Conduction occurs when heat passes through a single material or multiple materials that are in direct contact with one another.Conduction is a primary method that heat uses to migrate through the ceiling, floors and walls of a structure. Placing spray foam insulation directly between two highly conductive materials will substantially slow the process, especially when compared to other insulation types such as fiberglass or cellulose.Convection:Heat that moves through the air is called convective transfer. Differing pressures between warm and cold air provide the mechanism for this kind of movement as warm air seeks out colder air. Since warm air escapes through breaches in a building’s envelope, additional fuel must be used to heat the colder air that replaced it.In the cooling season, the convection transfer reverses as warmer air from the outside infiltrates into the home. Spray in foam insulation systems that seal the perimeter of the building are most effective in eliminating convention currents.Radiant Heat:Heat that is transferred through the electromagnetic spectrum is known as radiant heat. This form of heat transfer is best addressed through installing materials with surfaces that have exceptional reflectivity properties.R-Values and Spray Foam InsulationMost insulation systems are designed to address conduction fairly well, while doing a poor job of addressing convection and radiant heat transfer. The insulation industry has adopted a standard called “R-value” which is a measurement of conductive heat transfer through an insulating material over a given period of time. The problem with this standard is where its focus is, conductive heat transfer which is only small part of the pie when it comes to whole issue of heat transfer. Spray foam insulation is the only type of major insulation that performs at a high level across all three fronts of heat transfer: conduction, convection, and radiant heat transfer which makes it the best choice for keeping your home comfortable and your energy costs low.

Flexible

Flexible insulation is the most widely used insulation in residential housing. This soft flexible material is made from fiberglass, and is commonly used in floors, walls, ceilings, and roofs. It can be purchased by the roll and cut to length for stud cavities, or rolled out to length in attics. Batts can also be purchased and are pre-cut for easy handling when insulating ceilings or crawl spaces. Both styles are made to fit traditional 16 or 24 inch framing, and can be purchased with or without a vapor barrier. Flexible insulation is effective in all types of climates and is easy to install. There is a risk of exposure to glass fibers when installing flexible insulation, so protecting yourself with gloves, long sleeves, and a dust mask is recommended.

Rigid Foam Board Panels

Foam boards are rigid panels that are widely used for insulating foundation walls or under concrete slabs. Panels can also be applied over exterior wall sheathing when installing new siding to increase the r-value of the wall. On cathedral style ceilings, panels can be installed below the sheathing on a roof. Foam board insulation comes in rigid panels 2 to 4 feet wide, and 8 feet in length. These rigid panels are an ideal insulator and add rigidity to the structure. They are made from polystyrene and polyurethane materials, and can be used in any type of climate.

Blown-In/Loose Fill

This form of insulation is an ideal type to use when insulating areas which are difficult to reach. It’s an effective insulator to use in truss cavities or in areas containing pipes, wires, or duct work. Loose fill can be purchased in bags and poured into the cavities, or it can be blown-in professionally using pneumatic equipment. Blown-in is a popular method used to insulate older homes without the worry of removing any interior finished wall surfaces. Loose fill insulation is made from fiberglass or cellulose, and is efficient in all climates. Because it has a fiberglass component, personal protection should be worn to prevent exposure to the glass fibers.

Spray Foam

Foam products come in two forms, foamed-in-place or spray cans. The Foamed-in-place product is sprayed into framing cavities of a structure by professionals using specialized equipment. This expands and then hardens to form both an air tight seal and add stability to the structure. Small spray cans be purchased by a homeowner to seal small cracks, or insulate around windows and doors to eliminate heat loss.

Spray Foam Insulation – Green Building Product

The energy conservation industry has experienced explosive growth while continuing to develop new technologies. For the consumer, deciding which materials and devices offer the greatest return on investment can often be confusing.Over the last five decades, thorough research reveals that the greatest energy savings per dollar invested comes from maximizing the insulation value of a home or business. Among the different insulation materials, spray foam insulation offers substantial advantages over competing systems.Heat Transfer: Conduction, Convection, and RadiantThe purpose of any insulating material is to slow the transfer of heat. To compare the relative effectiveness of the different insulation alternatives, it is important to understand how heat moves through materials and space.Conduction:Conductive heat transfer is the process where thermal energy travels through the mass of a material on a molecular level. Conduction occurs when heat passes through a single material or multiple materials that are in direct contact with one another.Conduction is a primary method that heat uses to migrate through the ceiling, floors and walls of a structure. Placing spray foam insulation directly between two highly conductive materials will substantially slow the process, especially when compared to other insulation types such as fiberglass or cellulose.Convection:Heat that moves through the air is called convective transfer. Differing pressures between warm and cold air provide the mechanism for this kind of movement as warm air seeks out colder air. Since warm air escapes through breaches in a building’s envelope, additional fuel must be used to heat the colder air that replaced it.In the cooling season, the convection transfer reverses as warmer air from the outside infiltrates into the home. Spray in foam insulation systems that seal the perimeter of the building are most effective in eliminating convention currents.Radiant Heat:Heat that is transferred through the electromagnetic spectrum is known as radiant heat. This form of heat transfer is best addressed through installing materials with surfaces that have exceptional reflectivity properties.R-Values and Spray Foam InsulationMost insulation systems are designed to address conduction fairly well, while doing a poor job of addressing convection and radiant heat transfer. The insulation industry has adopted a standard called “R-value” which is a measurement of conductive heat transfer through an insulating material over a given period of time. The problem with this standard is where its focus is, conductive heat transfer which is only small part of the pie when it comes to whole issue of heat transfer. Spray foam insulation is the only type of major insulation that performs at a high level across all three fronts of heat transfer: conduction, convection, and radiant heat transfer which makes it the best choice for keeping your home comfortable and your energy costs low.

Insulation R value guide ratings are used to measure the insulation’s ability to resist heat flow. The higher the R value, the better it is expected to perform. Home insulation should be purchased based on the insulation R value guide, and not thickness or weight.

One type of insulation maybe thicker or thinner, but if the R value is the same they should insulate the same. Insulation R value performance testing is done in a 70 degrees Fahrenheit environment with no air movement. However, when you need insulation the most you’re generally not in these ideal temperatures or conditions. This can result in the rated house insulation R value being greater than the actual R value. The average recommended R value of insulating material for basement insulation is R-12. The Insulation R value guide in house insulation is a lot lowered when there’s any air or water or moisture leakage. The standard R value for house hold insulation varies based on climate and temperature. There are different types of house insulation materials and each one has a different R value.

Protecting your house insulation and keeping your R value high is extremely important for lower utility bills. Water is one of the more important concerns in regards to R value and house insulation. If moisture of any type gets into your house insulation, it lowers the R value. The moisture weighs the insulation down, and as a result it leaves gaps or bare spots. Superseal Dimpled Membrane provides a permanent barrier against water/moisture from entering your home. It protects the home’s insulation and its R value by keeping your home dry. Superseal helps protect and increase the life expectancy of your house insulation and its R value.

Approximately 11% of your home is not insulated properly due to wood framing however, wall studs are a fact in home construction. Before you cover up the wall studs, making house insulation diagrams for any future reference is a good idea and saves a lot of headaches. The R values of wood studs act as a type of thermal bridge. The R values of wood can create a what amounts to a cold area in the insulation where the wood stud meets the sheetrock.

The cold spots can lower the effectiveness of the insulation and lower the effective average R values of the whole wall. In addition to the poor R values of wood lowering the R-values of the wall, a cold spot may lead to moisture and condensation problems. Moisture can and will condense through wall studs, which generally have the lowest insulation R values, and other framing materials of the home. If moisture does get into the wall cavity, condensation can occur where the cold R values of wood studs meet the sheetrock.

The R values of wood wall studs are measured in terms of linear inches. However, wooden wall studs generally lower the R values of your insulation. The R values of wood are specified as 1.25 per inch. To help protect against moisture entering your home and further lowering your homes r values, protect your home with Superseal Dimpled Membrane. Superseal provides a permanent barrier around your home and helps protect your homes R values. Just 4% moisture in your insulation could lower its thermal efficiency, in that area, by up to 70%.

It’s important to remember when buying home insulation, that the home insulation materials with the highest R value may not be the most cost-effective. When insulating your basement wall to an R value of R-12, it might not cost as much to use 2 layers of home insulation materials with an R-6 R value rating instead of 3 R-4 R value rated home insulation materials. Just because the home insulation is the most expensive, doesn’t mean it’s the best.

Another home insulation tip is to make sure to buy your home insulation based on its R value not its weight or thickness. Also, if you are installing fiberglass insulation yourself, remember that the fiberglass is made of glass strands. Touching fiberglass insulation material makes you very itchy. This is because the glass breaks into tiny pieces, and gets into your hands or skin. The last and most important tip for home insulation is to make sure to protect your insulation from water and moisture. Just 4% moisture in your insulation can reduce the thermal efficiency, by up to 70%.

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