Insulating a space can improve its comfort during extreme weather, which is why you should find a professional to do it for you. While looking for the right spray foam insulation company, remember to ensure they have a good track record behind them in the form of satisfied clients. They should also be experienced and know all about adding spray foam to existing walls, among other things.
If you want to do the insulation yourself, you may still need to find a team of professionals with whom to consult. It’s also important to do your own research. At the end of it, you should know what you need to look for in a slow-rise spray foam kit, as well as the best spray foam rigs. A professional may tell you the best spray foam rig based on their experience, so make sure to ask as many experts as possible for their opinion.
If a specific rig or kit keeps coming up in conversation as well as in your internet search results, then it may be the right one to get. Remember to also find out the right and safe way to go about the project so you don’t put yourself at risk. Always consult professionals who can help you get a job done safely.
You might want commercial-grade spray foam insulation put into place. The insulation made using dense expanding foam is particularly effective, since it can be applied seamlessly. Installing high-density spray foam insulation can quickly make the design of an entire building more sustainable, making energy costs lower.
People who use this sort of insulation may also have lower building maintenance costs in the future. The external structures and the roofs of these buildings should last longer once this insulation is installed. These buildings are less likely to have wind damage problems. Water and heat infiltration may also be less of a problem for the buildings that have high-density spray foam insulation, making the buildings more resilient.
More people are becoming aware of the benefits of high-density spray foam insulation, and they want it installed. DIY expanding foam insulation kits are available. The DIY home foam insulation should still work well. However, many people will also get this insulation professionally installed. Once it’s in place, the advantages of choosing high-density spray foam insulation often become obvious quickly. It may take some time to notice the reduction in roof maintenance costs, but that won’t be the case for the decreased energy costs.
For home designers and builders, energy efficient buildings and home performance systems are now important concerns. In fact, for all types of work connected with home maintenance and building, including insulation, batt and cellulose, drywall, air barrier, home energy performance and HVAC contractors, home insulation using materials such as spray foam is an important method of reducing energy consumption. Spray foam is something of a new wonder material, with many other benefits besides providing insulation. For contractors, spray foam machine costs can be justified by the multiple functions it can serve.
Addressing high home energy consumption costs
Home energy consumption costs, both financial and environmental, are a matter of concern for all connected with home building and maintenance. The U.S. is second only to China in consumption of energy in the world. In 2016, U.S. energy consumption reached 2,272.7 million metric tons of oil. A significant portion of this consumption is due to home energy costs associated with heating and cooling systems.
Until very recently, home design and construction were not concerned with energy efficiency, but that is beginning to change. Everyone from home builders to the Department of Energy is now concerned about finding ways to reduce home energy consumption. In fact, the Department of Energy estimates that over half, or 56% of all domestic energy usage is for heating and cooling purposes. Home energy usage can be reduced dramatically by adding insulation. That’s because heated or cooled air escapes through cracks and leaks in the walls, attics, and basements.
How home insulation can reduce energy consumption
According to the Energy Star Program at the Environment Protection Agency (EPA), adding insulation to homes can reduce energy costs by 20%. Improving energy efficiency of commercial buildings by just 10% would save as much as $40 billion in energy consumption. Home owners and builders, designers and home maintenance contractors are all concerned about the high cost of home energy consumption, which has both financial and environmental aspects.
Home insulation is one of the best ways to reduce the energy consumption of a building and thereby its carbon footprint. Spray Polyurethane Foam (SPF) or spray foam, as it is better known, is robust insulating material. It is used for residential, commercial, and industrial buildings. Spray foam insulates homes and buildings, and also seals out air and moisture infiltration. It is something of a wonder material in the world of energy efficient building, and has many other uses besides insulation. This is why many contractors have invested in their own spray foam rigs.
Other uses of spray foam
While spray foam is used primarily as insulating material, it has a number of other uses in building construction. Spray foam insulation products can also be used to strengthen the walls and roof of a home, and to protect it from airborne particulates and mold by sealing out moisture and air. It is a permanent and sturdy material that does not sag and can be installed over existing substrates like concrete, wood, steel, and most roof systems.
Because of its versatility and durability, spray insulation is a favorite material for builders and contractors. Many who have invested in their own spray foam insulation rigs find that spray foam machine costs are justified by their usefulness and multiple applications.
Spray foam insulation can help reduce energy costs in homes and commercial buildings. This versatile material has many other uses in building construction and maintenance, which is why many contractors find that spray foam machine costs are justified by their versatility.