ArmorThane is the number one preferred spray foam installer, having provided services to customers in Springfield for many years. They recognize the need for high-quality workmanship and service to customers in Insulation. The company offers commercial Insulation and residential services to customers in Springfield and the surrounding areas. Customers of ArmorThane trust them to protect their offices and homes regardless of whether they are new or old retrofitting or new installations. They’re always cheerful and ready to ensure that they do a top-quality job every time. If you’re a high-value commercial client or modest homeowner, you’ll be able to be sure that ArmorThane performs a top-quality job on the spray foam project. Insulation works, regardless of whether it is for residential or commercial buildings, is essentially the same. It blocks temperature transfer from the outside or inside the home, which usually occurs through convection, radiation, or conduction. Radiation: the loss of heat via electromagnetic waves in the air convection is the loss of heat through the transmission of gases and liquid Conduction: the transfer of the heat of one object into the next |
Residence Insulation within Springfield, MO ArmorThane offers home insulation services to ensure that you can cut down on your cooling and heating bills. By using the help of our spray foam insulation, it is possible to protect your home from the cold during winter and let the heat out in the summer. When ArmorThane is finished with their inspection, they will map the energy flow and include the entire area in which your house has lost heat. We offer a variety of insulation services for all the areas of your home, from walls to roofs, attics, and even the garage. ArmorThane provides recommendations on ventilation for appliances to ensure you have the most efficient system that will keep your household warm and cozy without the expense of expensive bills. Commercial Insulation in Springfield: If you own an enterprise located in Springfield and are in the Springfield area, it is important to get the most effective Insulation for your office space. Inefficient systems not only cost you money but also make your employees unhappy, which will adversely affect their productivity. The presence of too hot or cold premises may also deter customers from visiting the premises, which could cost lots of money. We offer a business insulation service to ensure an efficient energy flow in your commercial offices and spaces. This will ensure that you will have satisfied customers and an environment that is comfortable where employees are productive. What Is Spray Foam Insulation? How does it work? Spray polyurethane foam ( SPF) is a chemical product that is made through the mixing of polyol resin with isocyanate. When the two mixtures touch surfaces, they expand into a foam it air seals and insulates the moisture barrier. A consistent barrier over surfaces is contoured when it is put in place, including around corners and within walls. The continuous barrier effectively keeps undesirable air and moisture from joints and cracks, seams, and seams. It’s typically available as an open cell as well as an open-cell foam as well. The kind you choose to install is dependent on the purpose you intend to use it for. Open-Cell Foam Insulation Open-cell comprises tiny, interconnected bubbles that provide a low R-value, ranging from approximately R-3.5 to R-4. It is an open-cell foam that features lower values for R and is more porous than its close cell counterpart. It’s also very elastic and can be applied to many structures. Its high permeability implies that it’s not ideal for damp spaces like crawlspaces or basements. If, however, you’re searching for inexpensive spray foam, it would be a good choice, even though it’s not the ideal choice for tight areas. Furthermore, because it absorbs moisture, it decreases R-Value in installation, which reduces the insulation properties. Closed-Cell Foam Insulation This is a good R-Value that ranges from R-6 to R-7.1 and is therefore ideal for most insulation projects. It’s efficient in air sealing and stopping moisture transmission, making it ideal for residential and commercial areas. If you’ve had issues with spaces that are susceptible to moisture, like crawlspaces and basements, the foam is the ideal choice due to its water-resistant properties. Benefits of Using ArmorThane’s Spray Foam in Springfield 1. Lowers Utility Bills You can save money on heating, and cooling requirements since spray foam insulation has higher R-values, which can save you up to 30% in energy bills in comparison to other materials. 2. Provides Airtight Seals The foam can expand into joints and cracks within your crawlspaces, attics, and walls to shield you from the elements. Spray foam insulation creates an airtight seal that’s hard to break. 3. It is impervious to water It is a good choice for locations that are vulnerable to flooding and moisture, like basements and crawlspaces, in contrast to other materials that get damp and end up losing their Insulation properties. 4. Helps to prevent the buildup of Mold, and Mildew Because it is an inert polymer that is inert, Mold and mildew won’t grow on it, even after decades of being installed 5. It can last for years when it is installed The material is not susceptible to rotting and will be in no way attract rodents and insects so it will last for a long time without repairs, replacement, or maintenance. It also maintains its R-value over time compared to other materials like fiberglass. 6. Build Strength in Your Walls and Roof The product fills in your roofs and walls, making them stronger unlike any other insulation material will. 7. Eliminates the harmful substances The airtight seal created by the foam ensures that you and your family don’t need to deal with harmful substances such as pollen or dust, and this means you’ll spend lesser on heating and cooling systems and thus keeping costs low. Partner with an experienced Insulation contractor located in Springfield, MO ArmorThane has the most skilled insulation installers with the experience and expertise to apply spray foam. They can install spray foam on any surface inside your home. No matter if you require attic Insulation, roof insulation, or wall insulation, We are confident that we will do it to your complete satisfaction. ArmorThane is equipped with specialized equipment that includes the finest spray foam sprayers and trucks that they employ for each project. They ensure that they offer the top quality work that we finish in time so that you can return to your normal routine. ArmorThane uses only the best spray foam materials that are not only durable and efficient at providing Insulation but are also renewable and environment-friendly. They offer FREE estimates and suggestions for your commercial or residence to determine which method is best for installing the Insulation. Being a local business, ArmorThane offers individual services to its clients. To meet the needs of each customer, they provide services to clients with diverse budgets. ArmorThane also provides various choices so that you can select one that’s most suitable for your budget. |
A foam insulation spray gun is a useful tool for building construction. The foam nozzle and handle are made of fluorocarbon-engineered plastic and ABS. Its thread design and rotary valve allow precise control over the amount of foam. This type of gun is also very lightweight and ergonomic. The overall design of the tool is easy to clean. It can also be used on steep roofs, which make it ideal for homeowners.
A foam insulation spray gun is a simple device that produces a continuous stream of insulation foam. The spray nozzle comprises a mixing chamber and a valve housing. Once the foam is sprayed, it exits in an annular stream, flowing parallel to the longitudinal axis of the apparatus. It is also easy to clean. Its spray nozzle is designed to be highly effective and can be used multiple times. Its valve housing is also dishwasher safe, and it can be used in wet and dry conditions.
The spray gun can be used repeatedly without disassembling the parts. Moreover, it is also easy to maintain and clean. When it is dirty, you just need to purge the air to clean the nozzle. Once this is done, the foam-resin mixture will flow out of the nozzle. This is the only way to keep the gun clean and ready for use again. So, don’t wait for a long time to buy the right foam insulation spray gun. You will never regret it.
The spray foam insulation gun is made of a durable plastic. The plastic nozzle allows for easy application of insulation material. A resin solution in the nozzle causes the foam to harden immediately. A purge air system allows the user to clean the foam insulation spray gun. The device can be used multiple times without disassembling or cleaning. So, there’s no need to worry about the maintenance of the tool. This tool is a great addition to any home.
In general, a foam insulation spray gun has two components: a mixing chamber and a nozzle. The first liquid component is injected into the air-filled chamber. The second liquid component is ejected into the mixture. Once the first component has been sprayed into a surface, the second part is injected into the air-filled chamber with the assistance of the mixing apparatus. These features allow for a better mix of the two components and a more uniform distribution.
A foam insulation spray gun is an important tool for insulating buildings. Its function is to deposit a layer of foam in place of the material. There are several types of foam insulation guns. Choosing the right one is essential for the proper protection of your home. There are several factors that should be considered before making a decision. You may wish to choose a machine that meets your needs. This type of tool is designed to meet your needs and provide you with the best results.
How thick does a layer of spray foam insulation has to be to qualify as an air barrier?
Many builders using spray polyurethane foam as an air barrier often ask the question: How thick does the spray foam layer have to be to stop airflow? There’s a follow-up question, of course: Is the answer different for open-cell spray foam than for closed-cell spray foam?
As with most building science questions, there is a brief answer and a lengthy answer. The brief answer is that closed-cell spray foam needs to be at least 1 or 1.5 inch thick to act as an air barrier, while open-cell spray foam needs to be between 3.0 and 5.5 inches thick to act as an air barrier.
Schematic diagram of the ASTM E2178 air leakage test for materials
We’ll go over the full answer after we’ve presented some definitions and some data.
The majority of construction regulations describe the term air block material as the material with an air leakage rate of less than 0.02 per square meter at 75 Pa (0.004 CFM/SF @ 1.57 PSF) when the material is tested using either ASTM E2178 or E283.
The definition was accepted in the 2009 International Residential Code as the base for the definition of “air-impermeable insulation.”
A barrier to air material must be identified in relation to the drywall. We evaluated drywall, as well and discovered that it was found that the air leakage rate of drywall was slightly less than .02. This was the foundation of our norm.
Air barriers are materials made to regulate airflow between an air-conditioned (indoor) area and an undisturbed (outdoor) airspace.
Air barriers are mechanically connected with adhesive membranes, building wraps and fluid-applied materials including insulating stock, non-insulating stock spray polyurethane foam, made of concrete glass, metal and many other materials.
However, regardless of the material you select the main requirements for all air barriers must be:
Remember that there are two types of air barriers – both interior and exterior . While they both have similar functions they each increases the effectiveness that the others provide. Air barriers for the interior air barriers stop the leakage an interior home’s air through the wall attic or cavity. They also limit the ability for humid indoor air to penetrate the wall cavity during the heat season and reduce convection losses in walls.
External air barriers prevent the air infiltration from outside air through the wall cavity, and also through the attic. They restrict the ability of humid outside air to penetrate the wall cavity during cooling seasons and stop the wind washing of wall insulation (i.e. although, if a home is as tight in the interior but it could be an open external wall as well as a top-plate which can result in significant energy loss). It’s recommended to put in both kinds of air barrier to ensure that you don’t to diminish the advantages of one while ignoring the other.
Vapor barriers (or vapor retarders) are materials that are used to slow down or limit the flow of water vapor in the material. Vapor barriers materials are placed in the warmer side of insulation in the building assembly according to climate conditions. In warmer regions, it will be placed on the outside and in cold climates it is located inside.
A vapor barrier could be a sheet that is mechanically attached material and adhesive membranes (depending on the composition) and fluid-applied materials such as insulating boards stock, or the medium-density spray polyurethane foam. The thickness of the material will determine if it is a vapor barrier or not.
This is where things become confused. Water vapor could be transported through air leakage, however, it is possible to address this issue by putting ineffective air barriers, but not a vapor barrier.
Vapor barriers aim to regulate the rate at which vapors are absorbed into an assembly of buildings. Thus the vapor barrier does not need to be completely continuous, it does not need to be completely free of holes, doesn’t require lapping and does not need to be sealed, and so on. A hole, for instance, within a barrier would simply indicate that there is greater diffusion of vapors in the area as than in other parts in the vapor barrier.
To make it easier, think of this analogy of a wool sweater The wool sweater acts as an insulation. It keeps your body warm even when there is no air movement yet it also lets the wind flow directly through it.
A wool-blend sweater combined with a raincoat can keep your body warm, but will also retain moisture and will absorb your insulation. A wool sweater that has a windbreaker keeps you warm and prevents wind from stealing your warmth, but allows the moisture to circulate through it.
Think of the raincoat as an air barrier, and the raincoat as a vapor barrier.
In high-performance structures, air barriers and barriers made of vapor, as well being water-resistive barriers can be integrated. There are also permeable to vapor air barriers as well as water-resistant barriers which are not air barriers.
It is essential to comprehend the various functions and decide if the material serves more than one purpose. For instance, there are three, two, and even 4 air block materials in the form of a wall arrangement, however, the effectiveness of these materials will depend on the material you’ve chosen and the way you’ve connected those air barrier materials to each other.
After you’ve understood the distinction in air barriers and barriers to vapor, the more important issue is why they need to be considered? It’s a question that is being addressed by a variety of engineers, architects, contractors and even building owner-developers and the answers vary.
To begin with, air pressure and moisture control in structures have become an important and crucial element when it comes to building robust and energy efficient structures.
Air leaks can create havoc due to the fact that air does not just short circuit insulation and insulation, but air can also be also a “carrier” to unwanted elements within a house (i.e. dust, noise, and co,ld and heat). If there is a lack of control over air circulation from the outside to the inside (and vice versa) the building is at an increased chance of poor performance or a building’s failure. Moisture across the three states (vapor-liquid, and solid) poses a danger for a building.
In addition to this, there is a change in the International Energy Conservation Code (IECC), as well as a number of state energy codes, which are now requiring the inclusion of air barriers in construction codes. Additionally to this, an increasing number of municipal bodies with authority (AHJs) and trade associations for green building are urging their use. A few federal agencies and big owner and developer associations also need them.
Additionally is comfort and energy efficiency –two essential elements of sustainable design – are driving the need for air barriers across different market sectors. Take this for instance:
39 Quadrillion British thermal units (BTUs). As per the U.S. Energy Information Administration (EIA) this is the amount of energy that was consumed by all commercial and residential buildings in the United States in 2015. These BTUs account for around 40% of all energy used across the country. Additionally they are responsible for structures are responsible for around 38 percent of the CO2 emissions throughout the nation.
The data was derived from a blog article by our colleagues on Barricade Building Products. Similar to us, they are constantly working on innovations in product design to meet the constantly changing requirements of building materials that are high-performance.
Selecting the best house wrap is akin to choosing the best tape. In the present day of high-cost energy as well as concerns regarding Indoor Environmental Quality (IEQ), air barriers are one of the construction systems that play a an important role to play.
To create secure, healthy, long-lasting affordable, and comfortable buildings, airflow has to be controlled. The flow of air is a source of moisture that can affect the long-term performance of a building material as well as its durability and integrity. behavior in the event of flames (spread by smoke) and interior air the quality (distribution of pollutants and the location of Microbial reservoirs), and thermal energy. One of the main methods to control airflow is using air barriers.
Through essentially “wrapping” the shell of the building, air barriers (a.k.a. air sealing) make sure that the structure is shielded from the effects of airflow as well as air leakage. There are four benefits of air barriers:
For the majority of people, the main motive “why” to air barriers is comfort.
When it is summertime, we typically chill and dehumidify air to less humidity and temperature than the surrounding conditions. When it is wintertime, we generally warm and humidify the air to an increased temperature and humidity than the outside.
Controlling the temperature of your home is essential to ensuring comfort. It is a must to maintain a comfortable temperature. United States Department of Energy estimates that 30 to 40% of the expense of cooling and heating homes is due because of not controlled air leakage. This can affect the efficiency of other systems in the building like insulation or HVAC.
Proper air sealing reduces uncomfortable temperature fluctuations and usually results in smaller better, more efficient HVAC equipment.
Being able to maintain well-conditioned air means that less energy is needed to condition the air. Lower energy usage is used, which means lower energy costs. Since all systems of a building have to work together in order to increase the energy efficiency of homes The savings can be significant.
A building with a properly constructed air barrier system are able to function efficiently with an HVAC system that is less expensive since the mechanical engineer will not have to make up for a leaky structure. In certain instances it is possible that the reduction in size of the mechanical equipment and price can reduce the expense of the air barrier system, in addition to reducing costs for utilities.
Anywhere air is moving the water vapor will move with it. Proper air sealing minimizes the possibility of water vapor entering the wall system, where prolonged exposure could lead to water-related issues like mold and wood-rotting which could cause costly health or structural issues. Air leakage is able to move exponentially more water through and into the enclosure that is created by diffusion of vapors alone.
Air barrier systems can filter out harmful substances like dust, suspended particles and allergens as well as insects, noise, odors and more.
It is also crucial to be aware that the International Energy Conservation Code (IECC) as well as the DOE Zero Energy Ready Home program, and a variety of State energy regulations (see California Title 24) now require the requirement in the form of air barriers.
Additionally, a growing number of municipal bodies with authority (AHJs) and green-building trade associations are requesting their use. Certain federal agencies as well as large developers and owners groups have them in place.
It’s no longer a matter of whether you should use the use of air barriers, it’s instead how to create and set up top-quality air barriers that can last the tests of time. Take a look at ECHOtape’s range of seaming tape.
Spray foam insulation can crank up the performance of your homes—if you do it right. Check out our daily posts on the Foam Insulation and the Foam Insulation Market. We review each company and relay the information directly to you. Join our mailing list and have them sent directly to your email each and every day.
If you would like to know more about polyurea or spray foam, we recommend visiting ArmorThane
