Insulate Your Building With Spray Foam
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Spray foam insulation is known for its high energy efficiency and air-sealing properties saving you on energy costs.
Spray foam creates an airtight seal, preventing air infiltration and exfiltration. This can significantly reduce energy loss through drafts. Even open cell is air impermeable!
A higher R-value insulation will better maintain a building's internal temperature by reducing heat transfer, leading to improved energy efficiency and comfort.
Closed-cell spray foam is resistant to moisture, making it suitable for areas prone to water exposure. It can help prevent mold and mildew.
Spray foam can also act as a sound insulator, reducing the transmission of airborne and impact noise.
Closed-cell spray foam adds structural strength to walls and roofs, contributing to the overall stability of the building.
When properly installed, spray foam insulation can over 50 years without degrading or settling, maintaining its effectiveness over the years.
Spray foam can be applied to various surfaces, including walls, ceilings, and floors. It adheres to irregular shapes and fills gaps, providing a seamless insulation barrier.
The insulation material consists of sealed cells filled with a foam-like substance and gas, creating a dense and rigid structure.
Closed-cell insulation is recognized for its effective thermal insulation properties, providing a barrier against heat transfer and contributing to energy efficiency in buildings. Approx R7.4 per inch
One of its key advantages is its ability to form a barrier against moisture, making it well-suited for applications in damp or humid environments.
The closed-cell structure imparts the material with remarkable strength and durability, enhancing its resistance to compression and providing structural support.
Closed-cell insulation can be used in various construction applications, including walls, roofs, and foundations, making it a versatile solution for both residential and commercial structures.
Compared to open-cell alternatives, closed-cell insulation offers a higher R-value per inch, making it an ideal choice for achieving energy efficiency in buildings when space is limited.
Closed-cell insulation can enhance the shear strength of abuilding, which is crucial for resisting lateral forces such as wind or seismic activity. This property is especially significant in regions prone to adverse weather conditions or seismic events.
The insulation material features an open-cell structure, with interconnected cells that are not completely sealed. This results in a softer and more flexible material compared to closed-cell insulation.
Open-cell insulation is known for its outstanding thermal insulation properties, making it highly effective in regulating temperature within buildings. Approx R3.7 per inch
Both types of foam, when installed correctly, offer an air impermeable layer further helping energy efficiency by reducing air loss.
Generally, open-cell insulation has a lower R-value per inch compared to closed-cell alternatives. However, it remains a cost-effective option in some applications for those seeking insulation with good thermal performance.
Open insulation can be a more cost-effective spray foam option compared to a closed cell application.
Open-cell insulation is versatile and can be used in various settings, such as walls and ceilings. Its flexibility makes it easier to install in irregular spaces.
Some open-cell insulation materials are manufactured using bio-based or recycled materials, providing eco-friendly choices for environmentally conscious construction projects.
Spray foam insulation is an ideal choice for attics, creating a seamless and airtight thermal barrier. A typical unconditioned attic will reach well over 100f many days of the year, so you end up with a large thermal mass sitting about the blown in insulation. The blown in insulation is air permeable so convection currents will start circulating the hot air through the insulation transmitting heat into your home. Go touch your ceiling on a hot day and feel the heat coming through! Spray foam is more effective at blocking radiant and conductive heat, by spraying the underside of the roof your attic will be the same temperature as your home. Any duct work in the attic won't be suffering energy loss in a hot attic anymore.
Spray foam insulation is a top choice for crawlspaces, forming a seamless and airtight barrier. Applied to crawlspace surfaces, it effectively regulates temperatures, reduces energy costs, and prevents air leakage by filling gaps. The foam also acts as a moisture barrier, minimizing the risk of mold and moisture-related problems. This makes spray foam an efficient solution for enhancing energy efficiency and maintaining a healthy environment in crawlspaces. We can spray the foam on the dirt in the crawlspace instead of on the floor of the home effectively encapsulating the crawlspace.
Because foam is air impermeable, foaming your walls will reduce or eliminate many common air leaks. Think about all the penetrations in your walls such as plugs, switches, plumbing, vents, gas lines, etc. The foam will seal up all around these irregular shapes reducing uncontrolled air exchange improving indoor air quality.
Closed cell spray foam is a great way to damp proof basement walls, adding insulation to keep the cold at bay and reducing the musty basement smell!
Spray foam insulation is an ideal choice for steel buildings, providing effective thermal insulation, moisture resistance, and noise reduction. By coating that cold steel we can eliminate condensation and keep that radiant cold from chilling everything inside the building. It will also stop that hot oven feeling on the occasional hot sunny day we get here in the PNW!
Spray foam insulation is an ideal choice for pole barns as well, providing effective thermal insulation, moisture resistance, and noise reduction. By coating that cold steel we can eliminate condensation and keep that radiant cold from chilling everything inside the building. It will also stop that hot oven feeling on the occasional hot sunny day we get here in the PNW!
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