Air sealing buildings has never been this efficient. AeroBarrier seal is revolutionizing the way how people seal the buildings they live or work in, and the way it impacts the energy comsumption.
Did you know that buildings are responsible for 40% of our carbon footprint in North America? You probably don’t think there’s a connection between carbon emissions and sealing homes and buildings. But, eliminating air leaks drastically reduces energy costs and carbon footprint.
AeroBarrier has developed a product unique in its space. An air barrier with pressure relief capacity to meet high indoor air quality standards. Imagine sealing the seams on your home or office and reducing your energy costs by up to 60%. And all that while protecting your family from mould and bacteria.
The energy savings of a properly sealed building is a no-brainer – but what about the return on investment? How long does it take you to recoup the cost of sealing your home or office using AeroBarrier?
For a home that’s at least 1,500 square feet, AeroBarrier will pay for itself in less than a year compared to caulking and gaskets. This can cost up to thousands of dollars over the same period.
Money is a major concern when improving your property’s energy use, and the traditional sealing methods won’t save you enough money to justify the expenses. AeroBarrier, on the other hand, can drastically reduce energy consumption while saving you thousands of dollars.
If you add the value of your health and comfort into ROI calculations, it’s easy to see why sealing homes and buildings must become a priority.
How AeroBarrier Works
AeroBarrier is a pressure-activated air sealant. The process begins with a blower door test. The test identifies the areas lacking sealing – these are the places where the air is getting through. AeroBarrier will attach to the surfaces of your home or office; and seal all of these leaks without disrupting your existing insulation.
On internal surfaces, AeroBarrier seals all possible penetrations. The most important component is the aerosolized acrylic sealant which expands and then hardens. The sealant works like a gasket, filling the gaps between studs and exterior surfaces of your home or office.
Unlike traditional weather-stripping or caulking, which does not provide containment, AeroBarrier can stop air infiltration while allowing pressure relief. This unique strategy allows it to meet some buildings’ high interior air quality standards.
It’s the only strategy that doesn’t rely on adhesives for sealing which significantly reduces its carbon footprint. Traditional caulking requires heating of adhesive, drying time, and volatile organic compound (VOC) release during application. AeroBarrier avoids them all to ensure clean rooms.
AeroBarrier works with all types of construction – wood, steel, masonry and concrete. The material doesn’t expand or contract over time; it’s weather-resistant, and its guarantee exceeds ten years.
Though you expect to pay more for AeroBarrier than the traditional methods of sealing a building, the cost of buying and applying sealants, caulking and gaskets, and the combined labour far outweigh the material expense. You no longer have to deal with the neverending upkeep.
How Large a Space Can AeroBarrier Seal?
AeroBarrier is the smart choice when it comes to improving your home or office building’s energy efficiency and indoor air quality. But one lingering question is how big of a building can it seal and still become effective?
AeroBarrier is the most preferred full building air sealing method for both small and large-sized buildings. In fact, it benefits from small appartments, with a measly 500 square feet as well as a building that’s over 15,000 square feet.
If AeroBarrier will work effectively in a given space, the key to understanding is “pressurization”. It means that if the space can successfully be pressurized, then AeroBarrier will work. Therefore, there’s no limit to the size of a building in terms of AeroBarrier’s effectiveness, provided the installer managed to keep the building sealed tight.
The blower door testing provides an accurate airflow measurement, with a typical leakage rate being 10-15% in older buildings and up to 30% for newer homes. It’s an indispensable step in air sealing with AeroBarrier since it’s the basis of all work.
AeroBarrier is quick and easy to install. It can be done in a couple of hours, depending on the size of the building you’re sealing. Compared to traditional methods that take anywhere from a day to weeks, AeroBarrier’s fast application makes its ROI much quicker.
The biggest challenge when sealing a bigger space is achieving the ideal pressurization rate. But that’s doable by increasing the number of blower doors to get the right results. The computerized process of applying the sealant commences only when it reaches the ideal pressure .
At this point, a computer controls and manages the distribution of the aerosolized sealant. This dramatically improves air quality within a structure by ensuring that no outside air enters – regardless of how big its volume may be.
AeroBarrier Works on All Building Types
In terms of sealing buildings, AeroBarrier works best on four different types:
- New construction – Any building that’s been newly constructed is a prime candidate for AeroBarrier because it ensures an airtight and energy-efficient seal during the early stages of its life. This will help reduce its carbon footprint and ensure that indoor air quality remains prime.
- Retrofitting – A building in dire need of energy efficiency upgrades will benefit from AeroBarrier as well, but with one slight difference: it’s an already existing structure that needs to seal up cracks and holes to make it more comfortable and energy-efficient.
Buildings that have already been weatherized – A building that’s already been weatherized is ideal for AeroBarrier because it’ll just serve as an extension of the work done before. This, however, requires more than one sealing process because traditional weatherization focuses on windows and exterior walls only.
- Buildings with no insulation in their walls and ceilings – This type of building is the least likely to benefit from AeroBarrier because it’ll need a complete insulation upgrade before it can have an effective sealing process.
In all four scenarios, AeroBarrier can be applied effectively, making it a sensible choice for anyone who wants to improve the quality of their home’s indoor air and reduce its energy bills at the same time.