Foam board insulation in Lethbridge, also referred to as "rigid" or "continuous," is composed of a solid foam core that may be laminated on both sides. In contrast to the fiberglass insulation present in the stud walls of most homes, foam boards offer constant weather protection. They usually also have higher R-values per inch because of their density.
Even though inflexible panels have long kept buildings warm, the top products on the market today are not your dad's foam board insulation. In addition to preventing heat transfer, modern foam boards can regulate moisture and vapor flow and maintain the wall cavity dry. Custom lamination and foam core combinations allow these panels to be manufactured to fit nearly any type of building application.
Typical foam board insulation in Lethbridge type
Extension of Polystyrene
EPS, as it is more often known, is the most affordable type of foam board available today.
Compared to Extruded Polystyrene (XPS) products, EPS has a negligible amount of embodied carbon because air is used as its blowing agent.
In terms of heat resistance, EPS boards provide roughly R4/inch, which is at the lower end of the spectrum for comparable goods. Nevertheless, because EPS is less likely to deteriorate, its R-value holds steady over time.
EPS foam that has been infused with graphite particles is known as graphite polystyrene (GPS). The latter increase the R-values of the foam to roughly R-4.7/inch. Similar to EPS, there is little chance of degradation and the R-values are steady. GPS foam has a lower embodied carbon content than EPS, even though its production process is similar. GPS devices are slightly more expensive than their EPS counterparts, but they are frequently far less expensive than XPS because of all their other features.
The main advantages of blown insulation in Lethbridge
For homeowners and property owners, blown-in insulation—also referred to as loose-fill insulation—offers a number of advantages. Here are a few of the main benefits:
Energy Efficiency: By lowering heat transmission, blown-in insulation can dramatically increase a building's energy efficiency. It contributes to more consistent indoor temperature regulation, which lessens the demand for heating and cooling and, eventually, lowers energy costs.
Thermal Performance: It reduces heat loss and enhances overall comfort by filling holes and gaps in walls, attics, and other areas. It also offers good thermal performance.
Economical: In comparison to more conventional insulation materials like rolls or batts, blown-in insulation is frequently a more economical option because it needs less time and work to install. When applied to retrofit projects, it may prove to be more economical.
By sealing cracks and gaps, lowering drafts, and stopping air infiltration, air sealing can help a building's air sealing qualities. More energy savings and improved indoor air quality may result from this.
Sound dampening: By lessening the transmission of sounds through walls and ceilings, blown-in insulation can also have a soundproofing effect.
Author’s Bio:
Haley Kim is the author of this website and writes articles for a long time. For further details about Blown In Insulation Lethbridge please visit the Website.
