Wynndale Cellular Foam Insulation

Wynndale The open cell spray foam insulation contains a density of 0.5lb. per cubic foot. The greater the density of the foam the heavier, or stronger it will become. This particular type of polyurethane foam is referred to as “Open Cell” because of the nature of the chemical reaction during the installation process. When the polyurethane foam is being applied the tiny cells of the foam are broken causing air to fill the “open” space inside the material, resulting in a soft or spongy material. The open cell foam carries an R-Value of 5 to 5.5 per inch (R-Value is the measure of thermal resistance, which can be found by identifying the ratio of the temperature difference across a spray foam insulator and the heat flux). 0.5lb. foam products use significantly less material than 2lb. foam products do when completing the same sized job, making them attractive to an individual concerned with conserving the foam material. Due to the fact that open cell foam requires less material, the cost of the project is much cheaper than it would be if you were to apply closed cell foam.

Indiana Spf Insulation

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Foam Floor Insulation When you're planning to complete any home remodeling or building project, you'll need to understand the insulation needs for your particular venture. While traditional insulation certainly has its place in modern construction, it is often not the best choice. Spray foam is actually a better choice in many circumstances, giving you more effective insulation at a lower cost. Foam is an efficient method for insulating your home, and it presents a number of advantages over more traditional insulation materials. There are, of course, some downsides to the use of spray foam in certain cases, and understanding the pros and cons associated with your insulation choices will help you make the appropriate decisions for all of your projects. Foam is an extremely efficient insulating material. It excels at blocking heat, and helps prevent excessive heat from entering the home. It can also help keep the internal temperature steady, preventing heated or cooled air from escaping the home as well. The measure of a material's ability to maintain the internal temperature of your home is actually called the R-value, and represents the material's effectiveness in blocking heat. The R-value represents the amount of heat or energy the material can block, measured against the space of the material. With spray foam, the R-value is very high, making it a highly effective method for insulating large spaces. The nature of spray foam additionally makes it a good choice for adding insulation to existing spaces. Those locations in your home that are in need of new insulation can be tricky to update. Removing walls, ceilings or floor materials in an effort to add new insulation to an existing area means a great deal of work and expense. Spray foam insulation can get these types of jobs done more quickly and with less money invested in construction efforts. Spray foam makes many jobs easier as it can be placed within existing walls and other spaces without requiring access to the entire space. The foam can be sprayed into the space through small openings and then expands to fill the space with the same or better effectiveness as that obtained from a more traditional insulation material. One of the potential downsides of spray foam insulation is that it can cost more upfront than other insulation options. When working with a limited immediate budget, you may need to consider less costly options for your projects; however, you always want to keep in mind the long-term financial implications of any of your construction, home improvement, or home maintenance choices. While installing spray foam insulation in your home can be more expensive upfront than some other insulation options, it is a more cost-efficient long-term solution to insulation needs. Not only does it eliminate some of the costs associated with installing new insulation, by making the process more effective through less invasive methods, but it also gives you highly efficient insulation for years to come. The process of installing other forms of insulation in existing walls and other less accessible regions of the home can result in additional construction costs, as you must remove and replace sections of the wall, floor or ceiling in order to gain access to the areas that are in need of new insulation. By using spray foam, you remove most of the costs associated with accessing hard-to-reach areas. The R-value efficiency of spray foam makes it a good long-term investment. The upfront cost of installation may be slightly higher than with other materials but the savings in home heating and cooling costs in the long run can make spray foam a more effective and efficient choice. Additionally, you should consider using spray foam in those areas of the home that have crevices, cracks, gaps or holes present. Traditional insulation materials don't reach these types of locations with the same efficiency as spray foam. Air and moisture can get trapped in such spaces, presenting issues with heating and cooling your home effectively. Trapped air and moisture make it more difficult to keep internal temperatures steady. Poor insulation allows external temperatures to leak into the home and internal temperatures to escape to the outdoors. Moisture and condensation that can build up in the cracks, gaps and other empty spaces in the walls, floors, and ceilings in your home can lead to other problems as well. Mold and mildew can result from trapped moisture, presenting issues with not only the efficient heating and cooling of your home but with the quality of the internal air as well. Health concerns surrounding these invasive pests can be serious, and the effort and cost involved in removing mold and mildew greatly exceeds those associated with preventing them in the first place. By using spray foam insulation, you limit the chances of air building up in unfilled spaces within the structure of your home. You also eliminate the concerns associated with moisture being trapped in these types of spaces.

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Spray Foam Insulation Exterior Walls Is polyurethane foam, in its sprayed form and as an insulator, actually environmentally friendly? What does 'green' and 'environmentally friendly' mean? All excellent questions, and all of them are not answerable in a word or two. Let's begin with defining the concept of environmentally friendly. According to the International Organization for Standardization (IOS) the term is too vague to be meaningful. The US Environmental Protection Agency (USEPA) agrees, but only to a point. The USEPA created the international Energy Star program in an attempt to provide the manufacturers of goods with a voluntary labeling system for promoting energy efficient products. In the 1990's when the program was started, it was only applied to appliances and electronics. However, today entire homes and home offices are able to gain Energy Star certification. The only criteria is the building must use 15% less energy than a standard home built to the 2004 International Residential Code. How does a home achieve that rating? The things at the top of the list for getting an Energy Star rating are not surprising: insulation, high performance windows, tight construction and ducting, energy efficient cooling and heating systems and Energy Star certified products (appliances, lighting, water heaters). Now, in reference to insulation specifically, its efficiency is measured according to R-value. An R-value is a mathematical calculation which produces the level of thermal resistance a building has. For the average North American home insulated with traditional fiberglass batts, R-value sits at between 3.1 and 4.3 per square inch. Blown in fiberglass insulation has a typical R-value between 2 and 4 per square inch. According to the US Department of Energy, the same home insulated with spray foam polyurethane insulation will have an R-value between 7 and 8 per square inch. Clearly a home insulated with spray foam would be well on its way to achieving an Energy Star rating, even without installing LED lighting and thermal windows. When a building is insulated with polyurethane foam, the costs of heating and cooling will undoubtedly be vastly reduced. Many spray foam manufacturers report that energy costs can be reduced by up to 40%; a claim that is both highly likely and easily attainable. With such a diminished use of energy, there is less demand for petroleum-based products and fossil fuels, resulting in a smaller carbon footprint being left on our planet. We are half way to answering our title question, is spray foam insulation really green? Now we know its immense potential for energy savings, but what about the manufacture of the foam itself? In the case of spray foam, the two substances that come together to produce the foam must remain separate until the time of application. Those two things are polyol (a naturally occurring alcohol) and diisocyanate (a group of organic compounds derived from plant and animal materials). When they are brought together with water, an exothermic reaction takes place producing the polyurethane foam. Although the foam is produced from organic substances, it does not breakdown over time - a good thing for insulation applications, but where does it go when it is no longer needed? When the intended use of the polyurethane foam has been completed, it can be re-purposed and recycled. For example, the Polyurethane Foam Association has pioneered a program in the US in which spray foam insulation and products meant for the landfill are collected and made into carpet foam underlay. The program is so successful that 80% of all carpet underlay used in the US is made from recycled polyurethane foam. The reduction in waste going to landfills is incredible! So, is spray foam insulation really 'green'? Yes, it is. Polyurethane foam is produced in an environmentally friendly way in that it is created from organic compounds using very little energy or water, prevents the excess use of fuel in heating and cooling homes and is entirely recyclable for other uses.

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Injection Foam Insulation Now contemplate the recreational elements of the home, such as pools, spas, boats, recreational vehicles and trailers. Reducing the costs of heating your pool water by up to half will be easy if the underlying cavity and sides are insulated with polyurethane foam. Campers and trailers are rarely insulated beyond a cursory overlay, resulting in diminished use during the spring and autumn months. Why not extend your annual use of recreational vehicles by adding a layer of spray foam insulation? Plus, don't forget the spray foam will also help deaden noise from the road. Pleasure boats, dinghies, even yachts can benefit from polyurethane foam. Aside from the insulating qualities, there is added buoyancy. For small vessels like row boats and the kid's summer dinghy, that could be a great added safety benefit. In new construction and large renovations there is often a need to fill voids for adding to the structural integrity, sealing up air pockets, smoothing out uneven cavities and insulating HVAC components. Polyurethane foam is the perfect solution for all those needs. It gets into those little spaces and expands until there is nowhere else to go. Even buildings formerly used for storage can be spray foam insulated and converted to residential use. Or how about converting an old van or bus into a recreational vehicle? Insulate it with spray foam and you have a quiet, warm place to sleep while on that summer road trip. We know one of the qualities of polyurethane foam is the ability to repel moisture, and in turn prevent mildew and mold. In the event of a water problem such as a residential flood or hurricane damage, spray foam will provide a temporary dyke while a more concrete solution can be arranged. Now let's take that ability to resist liquid one step further, to hazardous materials. Polyurethane foam also resists oil and petrochemicals, which mean it can be used as a temporary hazmat spill containment solution.

 


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