Before & After Photos

A homeowner in Lavaltrie, Quebec, contacted us concerning increased humidity levels and significant air leakage within their attic, which were compromising the overall energy efficiency of their home. Upon conducting a thorough inspection, our specialist identified inadequate insulation and numerous unsealed air gaps as clear contributors to the homeowner's concerns. To address these issues, we first removed the deteriorated existing insulation materials, which no longer provided sufficient thermal resistance. Next, we meticulously sealed all sources of air infiltration using ZypFoam, an advanced spray-applied foam designed to eliminate air leaks.

Following the air sealing, we blew in about 16-inch of TruSoft cellulose insulation, reaching a R60 insulation value, which is optimal for preventing heat loss in most of the regions in South Quebec. The cellulose insulation, not only provides superior thermal performance but also offers a natural resistance to pests and mold. These upgrades have improved the attic’s energy efficiency, ensuring better temperature regulation, reduced heating and cooling costs, and safeguarding the home against moisture infiltration and potential mold growth.

Our client living in Saint-Mathias-Sur-Richelieu, Quebec was dealing with ice dams forming on their roof during winter time. After seeing our posts on social media, they reached out to us for a permanent solution. During the free inspection, our specialist noticed that the existing insulation within the attic was insufficient and that there was excess moisture in the attic. To address the issue, our team began by removing the old insulation, before sealing all air leaks throughout the attic. We also installed vents along the soffits to restore proper ventilation, and then we blew in over 16 inches of our TruSoft cellulose insulation to reach a thermal value of R60. Result? A properly insulated attic and a comfortable living area.

During this attic insulation project in Sabrevois, our team first removed the old, ineffective insulation in order to inspect the structure and prepare the space for a complete upgrade. We then sealed air leaks around openings, cables, and ducts to improve the attic's airtightness and limit heat loss. An insulated hatch cover and SilverGlo insulation panels were installed to reinforce the insulation at the attic access point. Finally, we applied a new layer of TruSoft blown cellulose insulation, known for its ability to evenly cover the surface and improve the home's energy performance. This work has optimized energy efficiency, increased indoor comfort, and reduced heating costs thanks to high-performance, durable attic insulation.

Our client in Boloeil had concerns about their attic. During the inspection, our specialist noticed excessive and uncomfortable heat, as well as damage to the existing insulation.

The specialist identified that this overheating was primarily due to air leaks coming from various sources, including around the chimney, recessed lighting, and through cable and pipe passages. These same air leaks also cause significant heat loss, resulting in a drop in indoor temperature during winter. This phenomenon increases the demand on heating and cooling systems, leading to higher energy costs.

Our solution involved removing the damaged insulation, thoroughly sealing all air leakage points, and installing new, high-performance insulation.

The client expressed complete satisfaction with the results, as well as with the professionalism of our team throughout the process.

In Otterburn Park, a client contacted us as he facing problems within his attic. In fact, he had fiberglass placed within his attic, but he was not getting the needed results. Upon inspection, our specialist explained that the fiberglass were not well placed: The problematic area were not covered, which was affecting the insulation's performance. In addition, the quantity of fiberglass installed was not adequate to reach the thermal value of R60. 

As a solution, we removed the existing insulation, which started to rot due to excess moisture. Then, we made sure all the air leaks were sealed in order to maximize the insulation's performance. And lastly, we blew in about 17 inches of our TruSoft cellulose insulation to reach the suitable thermal value.