Professional Fiberglass & Cellulose Installation by Compass Insulation Services
Blown-In Insulation Experts in Broward & Palm Beach County, FL
At Compass Insulation Services, we help South Florida homeowners lower energy bills and improve comfort with professional blown-in fiberglass and cellulose insulation. Our experts install fast, affordable, and high-performance attic insulation designed for Florida’s heat and humidity — keeping your home cooler, quieter, and more efficient year-round.
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Key Benefits of Blown-in Fiberglass and Cellulose Insulation
Enhanced Energy Efficiency for Homes
Blown-in fiberglass provides consistent R-values that outperform traditional batts, reaching R-15 in 2x4 wall cavities versus R-13 for cellulose. Its dense fill ensures full coverage with no gaps or voids, eliminating thermal bridges and energy loss.
Cellulose insulation's dense structure creates superior thermal barriers by filling even the smallest gaps and crevices. The material's ability to conform to irregular spaces means fewer air leaks compared to rigid insulation options. Both materials significantly reduce energy consumption by maintaining consistent indoor temperatures. We typically see 20-30% reductions in heating and cooling costs after proper blown-in insulation installation.
The airtight seal created by blown-in application prevents conditioned air from escaping through wall cavities. This containment reduces the workload on HVAC systems and extends equipment lifespan.
Improved Indoor Comfort
Temperature consistency throughout your home improves dramatically with blown-in insulation. We eliminate hot and cold spots that plague homes with inadequate or poorly installed insulation.
The comprehensive coverage prevents drafts from entering through wall cavities and attic spaces. This barrier maintains stable indoor temperatures regardless of outdoor weather conditions.
becomes more effective with proper blown-in insulation installation. Both fiberglass and cellulose help regulate humidity levels by reducing air infiltration that carries moisture into living spaces.
Indoor air quality improves as blown-in insulation reduces the entry of outdoor pollutants, dust, and allergens. The tight seal prevents contaminated air from entering through building envelope gaps.
Cellulose insulation provides additional moisture absorption capabilities due to its paper-based composition. This characteristic helps maintain comfortable humidity levels during Florida's varying seasonal conditions.
Superior Soundproofing Performance
Fiberglass insulation achieves high NRC ratings that effectively block sound transmission between rooms and from outside sources. The material's fibrous structure absorbs sound waves across multiple frequencies. Blown-in cellulose creates dense sound barriers that outperform many traditional soundproofing materials. The installation method ensures complete cavity filling without acoustic gaps.
We achieve significant noise reduction from traffic, neighbors, and outdoor activities through proper blown-in insulation installation. Interior noise between rooms also decreases substantially.
The mechanical installation process allows us to reach areas around electrical boxes, pipes, and irregular framing where sound leaks commonly occur. This comprehensive coverage eliminates acoustic weak points.
Both materials maintain their soundproofing properties over time without settling or creating gaps that compromise acoustic performance.
Why Choose Compass Insulation Services
Local Expertise
Certified and Trained Installers
Commitment to Quality Materials
Contact us today for a free estimate!
Risks of Inadequate or Outdated Insulation
Higher Utility Bills
- Energy loss occurs through multiple pathways:
- Heat transfer through walls and ceilings
- Air leakage around gaps and cracks
- Reduced thermal barrier effectiveness
We regularly see homeowners experiencing 30-50% higher cooling costs when insulation falls below recommended R-values. Outdated fiberglass or cellulose materials lose effectiveness over time due to settling, moisture damage, and compressed fibers.
Your monthly utility bills reflect this inefficiency immediately. A typical 2,000 square foot home with poor insulation can waste $100-200 monthly on excess energy consumption during peak summer months in Broward and Palm Beach counties.
Inconsistent Indoor Temperatures
- Common temperature inconsistencies include:
- Upstairs rooms that remain uncomfortably warm
- Cold drafts near exterior walls
- Rooms that never reach thermostat settings
- Excessive heat gain in afternoon sun exposure areas
These variations occur because inadequate insulation allows outdoor temperatures to penetrate your home’s thermal envelope. Your HVAC system struggles to compensate for these heat gains and losses.
We frequently encounter homes where temperature differences exceed 8-10 degrees between properly and poorly insulated areas. This creates uncomfortable living conditions and forces occupants to constantly adjust thermostats
Blown-In Fiberglass & Cellulose Insulation
Blown-in insulation is one of the quickest, most cost-effective upgrades you can make to your home. In just one day, our team can improve your attic’s efficiency, helping you save more on monthly energy costs — all without leaving your home.
Blown-in fiberglass and cellulose insulation offer an affordable, efficient way to upgrade your attic and boost comfort in your South Florida home. In just one day, we can improve your insulation without disrupting your routine.
If you can see your attic’s wood trusses or drywall, it’s time for more insulation. Over time, humidity and maintenance work cause old insulation to settle and lose effectiveness. By adding blown-in fiberglass, you can restore comfort, reduce heat transfer, and cut your energy bills by up to 20% or more—keeping your home cooler and your A/C working less.
There are two different types of blown-in insulation that are commonly installed in existing Florida attics. These are blown-in fiberglass and blown-in cellulose. The main difference between the two are the materials that make up their composition. Fiberglass is largely made from sand and glass that is heated up and spun together to create fibers that is then treated with fire retardants. It has a pink or white finish depending on the manufacturer. It has an R-value of about R-2.9/inch and is commonly installed a thickness of 10.5″ for R30 or 13.25″ for R38.
Cellulose is made from recycled paper products that is ground up and treated with fire retardants. It has a dark gray/brown finish. It has an approximate R-value of R-3.3/inch and is commonly installed to a thickness of 9″ for R30 or 11.5″ for R38. Cellulose has the added benefit of being an excellent sound insulation when installed in existing, enclosed, wall or ceiling cavities. It can be blown-in under pressure to a density of over three pound per cubic foot making it one of the most dense products you can put in a framing cavity. You just need to make sure that the cavity is empty to ensure the best results.
Both blown-in fiberglass and blown-in cellulose are equally effective in terms of energy efficiency at reducing heat flow from your hot attic to your conditioned living space, you won’t save more on your FP&L bill with one versus the other.
Interested in seeing if blown-in insulation is right for your attic? Give our insulation experts a call today and see how we can help better insulate your home!
Our Hassle-Free Insulation Installation Process
1. Detailed Assessment & Honest Estimate
2. Professional Blown-In Installation
3. Final Inspection & Clean Finish
The Results Our Clients Can Feel
Get Expert Blown-In Insulation Services in Broward & Palm Beach County
Where We Work
Serving Homes Across South Florida
- We proudly serve our local communities throughout Broward and Palm Beach Counties.
- Coconut Creek, FL
- North Lauderdale, FL
- Hallandale Beach, FL
- Parkland, FL
- Lauderdale Lakes, FL
- Cooper City, FL
- West Park, FL
- Wilton Manors, FL
- Lighthouse Point, FL
- Southwest Ranches, FL
- Pembroke Park, FL
- Lauderdale-by-the-Sea, FL
- Hillsboro Beach, FL
- West Palm Beach, FL
If you don’t see your town listed, just give us a call — we likely serve your area too!
FAQ's
Questions About Insulation?
Blown-in insulation creates a continuous thermal barrier without seams or gaps. This seamless coverage reduces heat transfer more effectively than traditional batt insulation.
Studies show loose-fill insulation performs up to 22% better than batts of the same R-value. The material fills irregular spaces and hard-to-reach areas completely.
Your HVAC system works less to maintain comfortable temperatures. This reduction in workload translates to lower monthly energy bills throughout the year.
Fiberglass blown-in insulation consists of fine glass fibers that resist fire and moisture. It maintains consistent thermal performance and does not settle significantly over time.
Cellulose insulation is made from recycled paper products treated with fire retardants. It provides excellent air sealing properties but can settle more than fiberglass.
Both materials offer similar R-values per inch. Fiberglass typically costs less while cellulose provides better soundproofing qualities.
We can install blown-in insulation in existing walls through small holes drilled from the exterior. This method requires minimal disruption to your home's interior.
The process involves removing small sections of siding or drilling through drywall. We seal all access points after completing the installation.
Dense-pack installation ensures proper coverage within wall cavities. This technique prevents settling and maintains thermal performance over time.
Blown-in fiberglass insulation lasts 80 to 100 years under normal conditions. The material does not degrade and maintains its insulating properties indefinitely.
Cellulose insulation typically lasts 20 to 30 years before requiring replacement. Environmental factors like moisture can affect its longevity.
Both materials maintain their R-value throughout their lifespan. Regular attic inspections help identify any settling or damage that may occur.
Blown-in insulation requires minimal maintenance once properly installed. Annual visual inspections check for settling, moisture damage, or pest intrusion.
We recommend checking insulation levels every few years in attics. Adding material may be necessary if settling reduces the original thickness.
Keep attic ventilation systems clear to prevent moisture buildup. Proper ventilation protects the insulation and maintains its effectiveness.
