When it comes to selecting the best type of attic insulation for Broward County, FL, spray foam is the top choice. Closed-cell spray foam has an impressive R-value of six to seven per inch, making it an ideal option for Florida's hot and humid climate. Other types of insulation suitable for Florida include blown fiberglass, blown cellulose, and fiberglass blocks. The selection of insulation depends on a variety of factors, such as the available space, the density of the materials, access to the space, budget, ease of replacement in case of a leak, and whether you're building a new house or improving an existing one.
It's essential to understand that how insulation is installed is almost as important as its R-value. The best type of insulation for your Florida attic will depend on your home's specific needs and budget. Chris has been an insulation professional for more than two decades and has experience with all types of residential and commercial insulation products. The cost of installing attic insulation in Florida varies depending on the type of insulation product chosen and the size and condition of the attic.
Total insulation with spray foam can help maintain a comfortable temperature in your home throughout the year. If you're not sure what type of insulation already exists in your home, take a sample to an insulation expert. While spray foam insulation is usually the most expensive option, it offers the highest R-value per inch compared to other insulation products. Attic insulation is critical because more heat passes per square foot through the roof than in any other structure in a home.
This resistance or R-value measures the performance of the insulation by measuring its resistance to heat flowing through it over time. To protect consumers from misleading advertising, improper installation, and other issues related to insulation, there is a Federal Trade Commission standard (Title 16, Business Practices, Part 460, Labeling and Advertising of Home Insulation). Additionally, the overall R-value of a wall or roof will be somewhat different from the R-value of the insulation itself since some heat flows around the insulation through posts and beams in wooden or steel frame structures (thermal bridges).
