Lets tackle the most common FAQs about insulation to help you make the best decision for your home.

Open cell and closed cell foam are both versatile materials with a range of different applications. Open cell foam, as its name suggests, has a network of open cells throughout its structure. Due to this design, open cell foam is softer and more flexible than closed cell foam, which is made up of sealed cells. Because of its greater pliability and flexibility, open cell foam is commonly used in padding for furniture and other soft furnishings. In contrast, closed cell foam is more dense and rigid, making it ideally suited for applications where durability and structural stability are key.

Insulation is a highly effective way to lower energy bills and reduce the amount of heating needed for indoor comfort. Perhaps its most important benefit is that it helps to prevent heat loss in homes, reducing the need for higher energy usage to maintain an optimal temperature. Additionally, insulation has a much smaller environmental impact than using fossil fuels or electricity, making it a more sustainable choice. Finally, insulation also helps to improve overall comfort in the home by blocking drafts and preventing heat from escaping through walls and ceilings. From lowering energy costs to improving sustainability and creating a more comfortable living space, insulation truly offers many benefits to homeowners.

Insulation help reduce energy consumption and save homeowners and businesses money on their utility bills. According to the EPA, adding insulation in attics, crawl spaces, and basement rim joists can lead to an average savings of 15% on heating costs, which translates to 11% of overall energy costs. Clearly, investing in good insulation is a smart choice that can pay off in both comfort and financial savings. So if you're upgrading your home or renovating your existing space, be sure to prioritize insulation as a key feature for energy efficiency and long-term cost savings.

There are a numerous factors that will determine the level of insulation that is right for your space. Your climate and where you live are likely to be some of the most important considerations, as different climates have different energy need. For example, those who live in warm climates may need less insulation than those who live in more frigid regions, since they don’t have to combat harsh winters with freezing temperatures and exacerbating winds. Additionally, the age of your home will also play a role in determining how much insulation is needed. Old homes or buildings may not have adequate insulation, making it especially important for homeowners to consider upgrading their levels for better energy efficiency. Ultimately, when it comes to insulating your home or commercial space, there is no one-size-fits-all solution; instead, consult with experts in your area who can help you determine the level of insulation that is right for you.

One way to tell if your home needs to be re-insulated is by its age. As a general rule of thumb, homes built in the 1970s or before usually need to be insulated. There are numerous factors to consider as well. For example, if you live in an area with extreme temperatures, or if your energy bills have been steadily increasing, it may be time to add or upgrade your insulation. However, it's best to consult a professional insulation company like us. Our insulation experts can assess your needs and recommend the best course of action.

If you need to insulate your home, it is important to do so in a manner that will maximize the effectiveness and efficiency of the insulation. The best way to do this is by working with a professional and experienced insulation contractor who knows how to implement the ideal methods and materials for your particular situation. Not only are these professionals certified in providing insulation services, but they also have years of expertise working with different types of homes and buildings.

Trained professionals will help you save time and money over doing it on your own: without proper know-how or equipment, you might end up wasting time and money on ineffective solutions or even improperly installing or implementing materials that end up doing more harm than good.