Why you need a spray foam for your home insulation needs

Why you need a spray foam for your home insulation needs

Title 1: Why you need a spray foam for your home insulation needs

Meta title: Spray foam insulation for homes

Meta description: Spray foam insulation is bursting in popularity among millennial homeowners. This article enlists three essential reasons why you need to install this form of insulation.

Title 2: Three reasons why you need to install spray foam insulation in your home

When it comes to making your home properly insulated and energy-efficient, there is much conflicting information around the best insulation method to consider. From concrete foams and blocks, blanket batts and rolls,  loose fit and blown-ins, to reflective systems, the options are just too many.

However, there is this one technique that most homeowners give priority, especially when planning to engage commercial flat roofing midland Michigan for their roofing needs. That is the spray foam insulation. Here are four key reasons why you need to give the technique some attention.

1. Powerful insulation

Spray foam insulation outperforms popular types of insulation due to its expansivity. The two resins that make up the foam, isocyanate and polyol resins, typically react and expand to utmost 60 times their liquid volumes when sprayed. As a result, insulation experts can easily make the foam into desirable shapes that fit into all nooks and crannies of various surfaces.

Secondly, spray foam insulation has incredibly high R-value as compared to other variants in the market. For open cell coating, the foam offers an R-3.7inch value. On the other hand, closed-cell coating guarantees as high as R-6Inch value. The difference between the two values is that the first option allows for penetration of water vapor. At the same time, the latter is a permanent barrier to both air and water vapor penetration.

The resistance value of spray foam is incredibly high as compared to other variants in the market. Open-cell spray foam coating features an R-value of about 3.7 inches. Whereas, closed-cell coating has an R-value of about 6 inches. The difference between the two R-values is because the open cell is water vapor permeable while the latter is not.

2. Durability

If you are looking for a  form of insulation that will guarantee lifetime efficiency for your insulation needs, then spray foam is your best bet.

During application, experts mix and then spray the two resins onto the surfaces and cracks on the walls, attics, basement, and unheated surfaces. Upon exposure to air, the two resins expand aggressively, leaving no crevice or crack unfilled. The liquid then settles to foam a solid rock barrier that can stay for as long as you will be ready to demolish it.

Spray foam does not lose its R-value over time. Meaning, its efficiency, and functionality level will remain intact for as long as you would wish to move out.

3. Highly energy-efficient

Most homesteads in the US lose approximately 56% of their energy through heating and cooling. However, with unsealed pores and cold winter weather, the figures can go to as high as 70%. At this level, your energy bills can double or even triple.

Houses treated with spray foams guarantee energy-efficiency of up to 50%. The foam acts as a barrier to penetration of heat into the thermal envelope in the homestead. The resulting airtight envelope around the house will also prevent heat from escaping from inside the house to the exterior worlds. That saves on expenses that you could have used to heat the room.

Conclusion

Spray foam remains the best option when it comes to home insulation. It offers the best value for money and guarantees user experience that is second to none. Feel free to check it out when doing your attic, basement, walls, floors and crawl spaces, ductworks, sidewalls, and any other easy to overlook areas in your homestead.

References

1. https://www.energy.gov/energysaver/weatherize/insulation/types-insulation
2. https://www.renewableenergyworld.com/2015/10/15/spray-foam-insulation-high-performance-thermal-envelope/#gref
3. https://www.energy.gov/energysaver/heat-and-cool