Reduce your electric bill by 30% to 60% with spray foam. Did you know that insulation helps reduce the presence of outside allergens, dust and bugs, resulting in better air quality in your home and business? This will create a more comfortable, smoother and quieter feel. External noises also have less impact. Comfort and energy consumption are also considered.
One of the unique abilities of spray foams is to get into small cracks and crevices. Once the foam is applied directly to the cracks, it expands and dries quickly while blocking air and water. Foam insulation is not only a blocker for air and water, but also for heat and cold.
Depending on where you live, foam insulation can reduce your heating and cooling bills.
Although foam insulation is more expensive than other types of insulation, it saves you money on bills in the long run.
noise reduction
Have you ever wondered what the new neighborhood will be like?
What if the neighbors aren’t a quiet, charming 60-year-old couple, but rather young adults throwing parties?
Open cell spray foam has the ability to significantly reduce noise. The open cells within the foam minimize more noise than other types of insulation.
2. No more pollen and allergens in your building
One of the benefits of spray foam insulation is reducing the amount of pollen or allergens that pass through the walls.
Because the foam gets into cracks and crevices, air cannot penetrate the walls, as it can with other types of insulation.
By reducing the amount of allergens entering the building, it helps those who suffer from allergies or respiratory conditions. Less air entering, less sneezing.
Insulated offices with spray foam insulation make workers happier and more productive. Insulating your home can also save you money on medical bills.
Prevents bugs, insects and small rodents from entering your home
Small holes in the structure of your building are an open invitation for ants, bugs, and small rodents.
Fortunately, small cracks and crevices can be filled with spray foam. Closed cell spray foam is your best option if you are looking to create a barrier against small intruders.
Once the spray foam gets into the small crevices, it hardens. A hard barrier deters rodents and insects.
By keeping insects and rodents away, you also reduce the chances of getting sick from rodent waste.
3. Prevents the growth of mold and mildew
Both open-cell and closed-cell foam insulation prevent moisture from entering through the walls of your building. Although both types of foam reduce condensation buildup, closed-cell spray foam functions as a barrier against large amounts of water.
The less water that passes through your walls, the lower the risk of developing health problems due to mold and mildew.
4. Increases the solidity of your walls
Because of its density and toughness, closed-cell insulation can strengthen the structure of your walls.
Each building is built to a code that requires walls to meet a minimum load-bearing standard to hold the building together. However, the minimum standard does not take Mother Nature into account.
High winds, heavy snow, and earthquakes can be challenging.
One of the benefits of spray foam insulation is that it gets everywhere and holds everything together like strong glue.
Insulating your attic with closed foam could save your roof during storms.
The extra layer of protection for your walls can increase the value of your building.
Lasts longer
Fiberglass and polystyrene insulation are not long-term solutions.
Fiberglass falls off and clumps, while polystyrene breaks down over the years. These types of insulation must be replaced over time.
On the other hand, spray foam insulation does not fall off or break down over extended periods of time. Although the initial investment is greater, spray foam saves you money in the long run
2.Eco-friendly
I have good news for those concerned about keeping their homes “green.”
Spray foam reduces energy consumption and protects your building against mold and mildew growth.
Since it lasts longer than any other type of insulation, it consumes less materials.
Open Cell Foam vs Closed Cell Foam: Which Should I Choose?
Trying to decide what type of spray foam insulation you should use for your jobs?
Spray foam insulation is a form of thermal and sound insulation that is spray-applied and expands to fill gaps and cracks. There are two types of spray foam: open cell and closed cell. Each has its advantages and disadvantages, depending on the customer’s needs and preferences, which is more complicated than it seems, although closed cell and open cell foam insulate a home, they do it in different ways.
Open Cell:
Open cell foam is a type of spray foam insulation characterized by having a porous structure, made up of small air bubbles that communicate with each other. This gives it certain properties that differentiate it from closed-cell foam, which has a more compact and sealed structure.
Open cell foam has several advantages, such as:
Lightness and flexibility: Open cell foam weighs less and adapts better to uneven surfaces than closed cell foam. This makes it easier to apply and reduces the risk of cracks or deformation.
Sound Absorption: Open cell foam has a greater ability to block sound waves than closed cell foam. This improves sound insulation and reduces exterior and interior noise.
Economy and ecology: Open cell foam consumes less raw materials and energy in its manufacturing and application than closed cell foam. This reduces the cost and environmental impact of insulation.
However, open cell foam also has some disadvantages, such as:
Low heat resistance: Open cell foam has a lower R-value than closed cell foam, meaning it offers less resistance to heat flow. Its R-value is about 3.5 per inch, while that of closed-cell foam can go up to 6.5 per inch. This implies less thermal insulation and greater energy consumption to maintain an adequate temperature.
Low moisture and pest resistance: Open cell foam is more air and water permeable than closed cell foam, which can lead to decay, mold, and corrosion problems if not installed properly. Open cell foam is also more vulnerable to attack by insects and rodents than closed cell foam.
Greater thickness and vapor barriers: Open cell foam requires greater thickness and vapor barriers to prevent condensation and mold problems, which can increase the cost and footprint of insulation.
Closed Cell:
Closed cell foam is a type of spray foam insulation characterized by having a compact, sealed structure, made up of small gas bubbles that do not communicate with each other. This gives it certain properties that differentiate it from open cell foam, which has a more porous and open structure.
Closed cell foam has several advantages, such as:
Density and stiffness: Closed-cell foam weighs more and conforms less well to uneven surfaces than open-cell foam. However, this also makes it stronger and more durable, increasing the stability and strength of the insulated structure.
Thermal Insulation: Closed-cell foam has a higher R-value than open-cell foam, meaning it offers greater resistance to heat flow. Its R-value is up to 6.5 per inch, while that of open-cell foam is about 3.5 per inch. This implies greater thermal insulation and lower energy consumption to maintain an adequate temperature.
Moisture and pest resistance: Closed-cell foam is more impermeable to air and water than open-cell foam, preventing seepage, condensation, and mold problems. Closed cell foam is also more resistant to insect and rodent attack than open cell foam.
However, closed cell foam also has some disadvantages, such as:
Cost and difficulty of application: Closed cell foam is more expensive and difficult to apply than open cell foam, as it requires more raw materials, energy and specialized equipment. Additionally, closed cell foam can generate harmful gases during application, requiring proper safety and ventilation measures.
Sound Absorption: Closed cell foam has a lower ability to block sound waves than open cell foam. This reduces sound insulation and increases exterior and interior noise.
Resource and energy consumption: Closed cell foam consumes more resources and energy than open cell foam, both in its manufacturing and
