Our Services in Rochester, NY

 Cellulose insulation is sprayed or blown into walls & attics conforming to cavities to create a tight thermal barrier that provides superior comfort and helps save on energy costs. In comparison, fiberglass batts often leave gaps and voids that result in poor insulating performance. Home Energy Improvements in Rochester Healthy Home in Rochester

 A home energy audit, also known as a home energy assessment, is the first step to assess how much energy your home consumes and to evaluate what measures you can take to make your home moreenergy efficient. An assessment will show you problems that may, when corrected, save you significant amounts of money over time. 

 Spray foam insulation works far better than other popular types of insulation. Because of its expansive nature, spray foam tightly seals all nooks and crannies that otherwise would have been left exposed. Spray foam’s resistance value, or its ability to provide an air-tight seal, ranked at R-6, the highest rank on the market today. 

 Spray foam insulation is uniquely capable of thoroughly sealing holes and cracks in your attic or crawl space. Air leaks are often one of the biggest reasons for high energy bills. Spray foam insulation creates a powerful airtight seal that has shown to be 24 times less permeable to air infiltration than other types of insulation. 

 In order to suggest that weatherization work be done on your home there are safety measures that need to be met during our testing.  These safety measures are identified using a variety of testing methods.  Recommendations that are made as a result of this testing take absolute priority over energy efficiency measures or modifications. 

 Many standard glass block windows meet ENERGY STAR® guidelines because they are just as efficient as thermal pane windows, and they are airtight. Glass Block windows offer a higher level of security over standard basement windows. In addition, some glass block windows use low-emissivity glass, so they can reduce the amount of heat that can enter through the glass.