Paterson Insulation

We are deeply committed to offering inexpensive insulation of the highest possible quality and professional installation services. Insulation is our area of expertise, shown by the exceptional quality of our technical knowledge, the industry-leading standard of our installations, and the extensive history of our completely delighted customers.

Because of our extensive knowledge and years of service in the insulation installation industry in Paterson and throughout Passaic County, we can provide our clients with timely and cost-effective installations.

It is essential to remember that minimal effort is required to blow insulation into an attic space. However, it is an entirely different story regarding doing it correctly, which involves ensuring that the best materials for the area are used. Also, the installation is carried out in a way that is safe for both your family and the building and that the installation will function as expected for a significant amount of time.

To be able to do that, you need to be a craftsman, and we are proud of the fact that our knowledge and experience enable us to provide our customers with installations that are among the best in their respective categories.

Insulating your home is a surefire way to prevent heat from either the inside of the house from leaving and entering the outside of the home or from the outside of the home from entering the interior. It is preferable to have homes that are cooler than the air outside during the summer, and it is preferable to have homes that are warmer inside than to be out in the cold during the winter. Insulation acts as a barrier to heat flow, allowing us to maintain a comfortable temperature throughout the year. The more efficient the insulation is, the more pleasant our homes are, and the less money we spend on heating and cooling them.

Insulation that is done correctly also has several other benefits to offer. Because it acts as a seal against the outside, it can prevent pollen and other pollutants from entering the home or building, leading to healthier air quality inside and reduced allergic reactions. This is something that is appreciated during the spring and fall seasons. Insulation that is adequately planned and built, particularly insulation in the attic, is one step you can take to battle global warming. Reducing the energy, we need to heat or cool our houses benefits the environment.

Insulating your home can be done in several different ways. Insulation foam (closed cell and open cell), Rockwool insulation, fiberglass insulation, and in certain instances, cellulose insulation are all available from us. In addition to that, we also offer sound insulation and garage insulation. Our company focuses on providing insulation and ventilation for attics because these factors significantly impact the internal temperature of residential buildings.

According to an estimate provided by the United States Department of Energy, residential heating and cooling account for more than half of the total energy use in the typical home. This is caused to the leakage of cold or warm air from the house to the outside and is the primary source of energy waste in residential buildings. In residential properties, energy is wasted as a result of air leakage.

Insulation that has been put in correctly can also reduce or eliminate the amount of water penetration and condensation within the walls. When there is a significant temperature differential between the interior and the exterior of a building, condensation may form on the surfaces of the building. Insulation will contribute to this difference; however, insulation that has been installed correctly can prevent an increase in the relative humidity within the structure due to the insulation. This is significant because it reduces the risk of mold or rust developing due to increased humidity.

The highly qualified installation specialists at Paterson Insulation are aware that the installation of the appropriate insulation can substantially improve the level of comfort experienced in a home at all times of the year. We are known for our speed, cleanliness, and competitive pricing when installing insulation. Please get in touch with us so we can provide you with a free quote and consultation!

Some homeowners are still determining if the batt insulation or the blown-in insulation would be more beneficial for their homes. There is no set rule on this matter; we can use either one and most of the time, we utilize both, depending on the required insulation type.

The most recent energy standards recommendations propose that the attic’s initial insulation layer should consist of fiberglass batt insulation with a moisture layer. The swings in temperature that you experience in your region will determine whether or not a moisture layer is necessary for your environment. This is optional for you in most cases in the northeastern part of the country.

After the batt insulation has been installed, we might add blown-in insulation on top of it to cover any holes or gaps in the batt insulation and bring the overall amount of insulation up to the proper level. We can achieve an R-value of approximately 60 by using this technology, which results in the maximum possible energy efficiency for your heating or cooling system.

Insulation made of cellulose consists of shredded paper, most commonly newspaper, that has been treated with chemicals to prevent it from catching fire. Sand and other minerals are spun into glass fibers to create fiberglass, which is then woven into products. Insulation can typically be made from cellulose or fiberglass, but cellulose is more prevalent. When cellulose is blown into an older structure or house attic, it is a typical practice to provide insulation for the space. In most cases, we would suggest that you make use of fiberglass due to the following reasons:

Cellulose is a fire retardant; however, many cellulose samples are still flammable; if they catch fire, they can reach very high temperatures while burning. The chemicals employed to make cellulose fire-resistant might also lose their effectiveness with time and seep out. Insulation made of fiberglass is not naturally combustible and does not become flammable during the product’s lifetime; therefore, it does not present a fire risk. Insulation made of fiberglass is approved as a fire barrier in wood-framed walls, a standard construction material in residential dwellings.

Cellulose has a propensity to settle out over time, frequently taking up to 25 percent of the volume in the process. Because of this, the R-value of the insulation decreases, which indicates that it will no longer be as effective as it was when it was first put. Most of the time, this issue is resolved throughout the installation process. In contrast, fiberglass has a typical settling rate of about 1%, which means it will keep its insulating characteristics over time.

It can take weeks for the cellulose insulation to reach the necessary R-value, depending on the method used to install it. This is a common occurrence after applying cellulose insulation using a wet-spray method. Insulation made of fiberglass does not absorb moisture since it is not absorbent, so it doesn’t take up and hold water. Because of this, it will continue to have the insulating properties it had even after demolishing the structure.

Because it comprises approximately 80 percent recycled newspaper and the remaining 20 percent is made up of chemicals that prevent fires, cellulose can be considered an environmentally friendly solution. However, you need three times as much cellulose by weight to attain the same insulation characteristics as fiberglass. This has an impact on the environment, especially when you take into account the logistics of shipping and transportation. Fiberglass is often created using around forty percent recycled glass material, which helps limit the amount of waste in landfills. Also, fiberglass does not include any extra chemicals that could seep into the attic space.

Spray foam insulation is an insulating solution that is very effective in terms of energy efficiency, environmentally responsible, and cutting-edge. In many instances, it may be used as a substitute for fiberglass insulation. Your building’s racking and overall structural strength may also benefit from spray foam insulation’s application (in some cases by a factor of 2). When it comes to insulating roof rafters, this can be a significant benefit. Insulation created with spray foam can also serve as a barrier against air, humidity, and noise that is exceptionally stable. Additionally, it has high R-values, which can assist in cutting energy bills for heating and cooling by up to sixty percent.

Spray foam insulation can be anywhere from two to three times more expensive than fiberglass insulation, even though it is pretty compelling. The insulation cost will differ depending on the kind of space that needs to be insulated and the amount of foam that must be put in. Even though it is more expensive, spray foam may be the superior option in certain circumstances. Please contact us so we can provide you with a cost estimate specific to your circumstances.

An air barrier is created when spray foam insulation is applied to a depth of at least 1.5 inches and, in most instances, 2 inches or more. Because it cuts air loss through the building envelope by a significant amount, spray foam insulation meets the requirements to be classified as an air barrier. Consequently, it brings about a considerable reduction in the costs of heating and cooling the structure. Although some uses of cellulose can attain some degree of air barrier qualities, cellulose does not have the air barrier quality that fiberglass does.

If you are experiencing issues with condensation, spray foam insulation can help you. Condensation is the formation of water droplets on a cold surface caused by the contact of humid air with that surface. The use of foam insulation results in creating an air barrier, which lowers the amount of energy needed for dehumidification but is contingent on sufficient bathroom ventilation to the outside.

Because spray foam insulation, like most other site-applied building materials, releases trace amounts of chemical substances into the air during installation, it is unsafe for unprotected humans to be at the job site during this process. After the application has been processed, you can often return to your home within twenty-four hours.
Some people may be able to smell the scents produced by spray foam, but these odors will go away once the spray foam has been adequately mixed and cured, provided that adequate ventilation is present. On any given project, additional information can be provided at your request. It is essential to be aware that because spray foam insulation is made of plastic, it does have a smell; however, this odor quickly dissipates after it is applied.

Some homeowners are still determining if the batt insulation or the blown-in insulation would be more beneficial for their homes. There is no set rule on this matter; we can use either one and most of the time, we utilize both, depending on the required insulation type.

The most recent energy standards recommendations propose that the attic’s initial insulation layer should consist of fiberglass batt insulation with a moisture layer. The swings in temperature that you experience in your region will determine whether or not a moisture layer is necessary for your environment. This is optional for you in most cases in the northeastern part of the country.

After the batt insulation has been installed, we might add blown-in insulation on top of it to cover any holes or gaps in the batt insulation and bring the overall amount of insulation up to the proper level. We can achieve an R-value of approximately 60 by using this technology, which results in the maximum possible energy efficiency for your heating or cooling system.