Advantages of industrial foam insulation for green buildings
Closed cell spray polyurethane foam is a two-component product that is self adhering and can be spray-applied onsite. This material that is now popularly used for insulation because it becomes a rigid system once cured. It can fill all voids, cracks and gaps and it can bond tenaciously on most constructions substrates that include metal, plastics and masonry. Thermal insulating performance is one of the characteristics of industrial foam insulation that contractors are looking for and it is satisfied by ccSPF. Foam insulation can be applied on walls and on the roof for increased strength. It can increase the strength of a wall by 30% and improve the connection between the wall and the roof four times more than that of traditional trusses. The expansion of foam insulation once it is applied on a surface makes it nearly thirty times more than its original volume which also allows it to conform to any irregular spaces which other traditional insulation cannot provide. Industrial foam insulation acts as a complete air barrier that significantly improves energy performance. The installation also reduces wastage that will eventually find its way into landfills.
Energy efficiency through industrial foam insulation
Energy efficiency is one of the objectives in installing foam insulation on residential, commercial and industrial buildings. With energy efficiency, the use of fossil fuel is significantly minimized and hence the emission of carbon dioxide that is the reason for global climate change. However, aside from energy efficiency, insulation must be able to enhance indoor environment particularly in large buildings where workers productivity is a critical issue. Industrial foam insulation must not compromise air quality because it has to provide comfort for the occupants. Spray foam tends to be the insulation of choice because of its sealing properties that can fill around pipes and wires safely. For more energy efficiency, you can consider using one pass of closed cell industrial foam insulation as air barrier and fill the rest of the cavities with cellulose or fiberglass.
Engineers and designers who are experienced in the individual system of a building understand that an energy efficient building involves effective insulation and air barrier system. The advantage of it is its ability to address both factors in a building’s energy efficiency. If a building is not effectively insulated it can lead to lower cavity temperatures which in turn can lead to condensation and the buildup of moisture. These are perfect conditions for mold growth as well as the invasion of outdoor contaminants. The use of foam insulation ensures that incidences of moisture penetration will be controlled.