An Ultimate Installation Guide to AttiCat Blown-In Insulation
Curious about how AttiCat Blown-In Insulation can improve your home’s energy efficiency and comfort? This guide covers its key benefits, easy installation process, and how it stands against other insulation types. Let’s dive in and help you make the right choice for your attic insulation needs.
Key Takeaways
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AttiCat Blown-In Insulation enhances energy efficiency, reduces heating and cooling costs, and is suitable for both new and existing homes.
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The insulation process with AttiCat is user-friendly and efficient, making it accessible for homeowners with minimal DIY experience.
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AttiCat offers superior thermal performance with a high R-value and effective moisture resistance, ensuring a comfortable and healthy indoor environment.
Why Choose AttiCat Blown-In Insulation?

Adding insulation to your attic is an effective way to enhance your home’s comfort and energy efficiency. AttiCat Blown-In Insulation is suitable for both new constructions and existing homes, making it a versatile choice. Its easy installation process ensures that even those with minimal DIY experience can successfully insulate their attics.
Opting for AttiCat Blown-In Insulation improves thermal performance and saves energy. This choice reduces heating and cooling costs while maintaining a comfortable indoor climate year-round. Investing in AttiCat enhances your living space and provides long-term financial benefits.
How AttiCat Blown-In Insulation Works
AttiCat Blown-In Insulation uses an efficient system to ensure comprehensive coverage in every nook and cranny of your attic. The process starts with the AttiCat machine blowing loose-fill fiberglass insulation into the attic space. A hose directs the insulation material to the desired areas, covering even the most inaccessible spots.
AttiCat stands out due to its ability to expand and fill spaces uniformly, enhancing energy performance. This air-tight seal reduces condensation and moisture issues, preventing mold growth and ensuring a healthier indoor environment.
The system’s efficiency in achieving the proper insulation depth allows homeowners to meet specific R-value requirements, ensuring optimal thermal resistance.
Key Benefits of AttiCat Blown-In Insulation

AttiCat Blown-In Insulation offers numerous benefits, including enhanced energy efficiency, quick installation, a high R-value, and superior mold and moisture resistance. These advantages contribute to a more comfortable and cost-effective home environment.
Here are more details on each key benefit.
Enhanced Energy Efficiency
AttiCat Blown-In Insulation significantly improves energy efficiency. Unlike traditional fiberglass batts, it offers better coverage and minimizes gaps, leading to superior thermal performance. This comprehensive coverage reduces heat gain in summer and heat loss in winter, ultimately lowering heating and cooling costs.
Sealing air leaks and filling every gap, AttiCat insulation prevents energy loss more effectively than other types. Homeowners report significant reductions in heating costs and enhanced comfort levels after installation. This improved energy efficiency not only saves money but also contributes to a more sustainable and environmentally friendly home.
Quick and Easy Installation
The installation process of AttiCat Blown-In Insulation is straightforward and user-friendly, making it accessible for homeowners. The AttiCat system allows for a fast and efficient insulation process, ensuring minimal disruption to daily life. Homeowners often express satisfaction with the simplicity of the process, which requires minimal time and effort.
With clear instructions and a user-friendly machine, even those with limited DIY experience can achieve professional results. The ease of installation allows homeowners to quickly enhance their attic insulation and start enjoying improved energy efficiency and comfort.
High R-Value
AttiCat Blown-In Insulation is renowned for its high R-value, which enhances thermal resistance and maintains comfortable indoor temperatures. The insulation offers various R-value options, with R-60 providing maximum thermal resistance, making it suitable for different climate conditions. Achieving the recommended insulation depth ensures optimal thermal performance, contributing to significant energy savings.
The high R-value of AttiCat insulation ensures better heat retention during winter and a cooler indoor environment during summer. This durability and effectiveness make it a top choice for homeowners looking to improve their home’s energy efficiency and overall comfort.
Mold and Moisture Resistance
Mold and moisture resistance is another critical benefit of AttiCat Blown-In Insulation. Its water-resistant properties prevent moisture accumulation, reducing the risk of mold growth and maintaining a healthier indoor environment. This resistance ensures clean air quality and avoids costly repairs associated with mold and moisture damage.
Choosing AttiCat insulation provides a durable solution that remains effective even in damp conditions. Its ability to resist moisture and absorb moisture while minimizing mold risk ensures long-lasting protection for your home, contributing to a safer and more comfortable living space.
Comparing AttiCat Blown-In Insulation with Other Insulation Types

Choosing the right insulation for your home involves comparing AttiCat Blown-In Insulation with other types. Understanding the differences helps in making an informed decision that best suits your needs.
Here’s how AttiCat compares to fiberglass batts, cellulose insulation, spray foam insulation, mineral wool, and rigid foam boards.
Fiberglass Batts
Fiberglass batts are one of the most traditional forms of insulation. However, installing AttiCat Blown-In Insulation is generally quicker and less labor-intensive. This ease of installation makes AttiCat a more convenient option for homeowners looking to improve their blown in fiberglass insulation and attic insulation without extensive labor.
AttiCat insulation products can effectively fill hard-to-reach areas, making it ideal for older homes undergoing renovations. This comprehensive coverage ensures better thermal performance and energy efficiency, providing an advantage over traditional fiberglass batts.
Cellulose Insulation
Cellulose insulation, made from recycled materials, is an eco-friendly option. When blown into attics, cellulose insulation can fill spaces more completely than some other types, providing a higher R-value and improved air resistance. However, it can settle over time, reducing its insulating effectiveness compared to AttiCat Blown-In Insulation.
Despite its eco-friendly appeal, the potential for settling means that cellulose insulation might not maintain its thermal performance as consistently as AttiCat. This factor is crucial when choosing the best insulation for long-term energy efficiency and comfort.
Spray Foam Insulation
Spray foam insulation is known for its superior air sealing and insulating properties. However, it has a higher initial cost than AttiCat Blown-In Insulation. While spray foam can create a continuous insulation layer and effectively seal air leaks, the cost can be a significant downside for many homeowners.
AttiCat Blown-In Insulation offers a more cost-effective solution while still providing excellent coverage and thermal performance. The balance between cost and effectiveness makes AttiCat a preferable choice for many looking to upgrade their attic insulation without breaking the bank.
Mineral Wool
Mineral wool is valued for its high fire resistance rating, providing enhanced safety against flames and heat compared to AttiCat Blown-In Insulation. Additionally, its denser structure offers superior soundproofing capabilities, making it more effective in reducing noise transmission.
However, mineral wool has a lower R-value than AttiCat Blown-In Insulation, affecting its thermal efficiency. When deciding between these options, homeowners should consider their specific insulation needs, balancing fire safety, soundproofing, and thermal performance.
Rigid Foam Boards
Rigid foam boards typically have a higher R-value per inch than AttiCat Blown-In Insulation, making them more effective in some applications. However, installing rigid foam boards requires precise cutting and fitting to ensure a proper seal, which can complicate the installation process.
In contrast, AttiCat Blown-In Insulation’s installation is quicker and less labor-intensive, leveraging a machine for application. This ease of installation, combined with its ability to cover a wider area effectively, makes AttiCat a practical choice for many homeowners.
Installation Guide for AttiCat Blown-In Insulation

Installing AttiCat Blown-In Insulation is straightforward and can significantly enhance your home’s energy efficiency and comfort. This guide will walk you through the steps, from preparing your attic to calculating your insulation needs and completing the installation.
Here’s how to get started.
Preparing Your Attic
Before installing new insulation, thoroughly prepare your attic. Start by cleaning the attic to eliminate dust, debris, and remnants from previous insulation. Ensure the attic is well-ventilated and free from any existing debris to set a clean stage for the new installation.
Next, inspect the attic for any necessary repairs or maintenance, focusing on plumbing, electrical systems, and ventilation. Seal air leaks using caulk and expanding foam for various sized gaps to enhance the insulation’s performance. Proper preparation ensures a smooth and effective installation process.
Calculating Insulation Needs
To determine the number of insulation bags needed, first measure the total square footage of your attic. Knowing the attic’s size and the desired R-value based on local building codes and climate will help you calculate the amount of insulation required. Using an insulation calculator simplifies this process, providing an accurate estimate of how many bags you’ll need.
The coverage of insulation bags can vary; for example, a single bag typically covers about 70 square feet at a thickness of 10 inches. Properly calculating your insulation needs ensures that you achieve the desired energy efficiency and thermal resistance for your home.
Installing the Insulation
Before starting the insulation process, ensure the blower machine is set up correctly and all safety equipment is on hand. Using the appropriate blower machine is essential for evenly distributing the insulation throughout the attic space. Follow the installation instructions carefully to achieve the desired coverage and insulation depth.
With the machine set up, begin blowing the insulation into the attic, directing the hose to cover all areas evenly. Ensure comprehensive coverage, adjusting the insulation depth as needed to meet your specific R-value requirements. Proper installation enhances energy efficiency and ensures long-term performance and comfort.
Summary
AttiCat Blown-In Insulation offers numerous benefits, from enhanced energy efficiency and ease of installation to a high R-value and superior mold and moisture resistance. By choosing AttiCat, you’re investing in a product that improves your home’s comfort and reduces energy costs. Whether you’re upgrading an existing home or insulating a new one, AttiCat Blown-In Insulation is a reliable and effective solution. Consider this insulation for a more comfortable, efficient, and sustainable home.
Frequently Asked Questions
What problem does A&M Home Services aim to solve for homeowners?
A&M Home Services addresses the issues of uncomfortable indoor temperatures and elevated utility expenses for Indiana homeowners by providing effective attic insulation solutions. This ensures a more comfortable living environment and improved energy efficiency.
What type of insulation does A&M Home Services use for attics?
A&M Home Services utilizes loose fill insulation from Owens Corning for attic insulation, ensuring effective energy efficiency. This choice reflects their commitment to quality in home comfort.
How can attic insulation affect energy bills?
Attic insulation can significantly reduce energy bills by acting as a barrier that minimizes heat loss, with potential savings of up to 20%. This improvement in energy efficiency leads to lower heating and cooling costs.
What might indicate that a home’s attic is under-insulated during winter?
A clear indicator of under-insulation in an attic during winter is minimal snow accumulation on the roof following a snowfall, which suggests that warm air is escaping and melting the snow. It is essential to address this issue to improve energy efficiency and comfort.
What is a sign that a home may need better attic insulation related to temperature?
A sign that a home may need better attic insulation is noticeable temperature fluctuations between rooms, with some being excessively cold and others too warm. This inconsistency suggests inadequate insulation in the attic.