Most of the energy costs spent to keep a Burlington home warm in the winter and cool in the summer end up leaving through the attic. In the summer, the sun’s heat pours in through the attic and in the winter, warm air rises past the ceiling and out of the home. Saving on energy costs starts in the attic, but how much insulation is enough?
Are You Trying To Find Insulation Removal Companies For Your Burlington House?
Although spray foam insulation as we know it today truly emerged in the 1980s around the Burlington area, spray foam actually has its roots several decades further in the past, beginning with the development of polyurethane foam in the 1940s by Otto Bayer. Otto Bayer, an industrial chemist, actually began working with polyurethane in Germany during the late 1930s. This technology was brought to the United States in the early 1940s by David Eynon, the president of Mobay, a war effort conglomerate created from the partnering of two chemical industry giants, Monsanto and the Bayer Corporation.
Home Insulation - Is It Cold Outside?
A number of companies are offering DIY polyurethane foam insulation kits for home use. TigerFoam, Handi Foam from FomoFoam, Foam It Green DIY Kits are some of the top brands available online. Tiger Foam offers both Slow Rise and Fast Rise formulations. The Slow Rise is for filling wall cavities and other hidden closed-off spaces in the house. The Fast Rise foam is more suitable for spraying surfaces.
The DIY kits come complete with all the equipment needed to apply the spray foam-nozzles, tank, hose and tips. They also have careful step-by-step instructions that need to be followed in order to the job safely and also for best results.
Apart from insulation the polyurethane foam also acts as a sound barrier. It is moisture resistant and hence prevents mold in the wall cavities and wall surfaces. The excellent insulation capacity of the foam results in the complete cut-off of air transfer from and into the house. Retention of temperature of the house is excellent in homes insulated using polyurethane foam insulation kits. You will save a ton of money in utility bills and the insulation costs will soon paid for.
Spray Foam Material Handling and Storage
Movement of air in and out of a home can be a leading cause of escalated energy bills. Air can enter your house through holes, cracks and crevices. You can stop unconditioned air from entering your home and indoor conditioned air from escaping outside by adding an advanced insulation system to achieve optimal building performance.
As the days begin to warm, your equipment starts to work more frequently, and the purchasing of material increases, there grows a responsibility to the material components. There are two core aspects to properly maintaining the PMDI (ISO) and Polyol components of spray foam insulation, Processing and Storage. There is no single constant for all types of material, but there are some general guidelines and recommendations that can be applied to most types of SPF insulation.
PMDIs, the A-component, and Polyols, the B-component, are complex materials that need to be stored properly, especially during the warm months of summer. Common temperatures for storage typically start around 60oF to 70oF and top off in the vicinity of 100oF. It is ideal to store materials in a well-ventilated and climate controlled area, yet not everyone has accessibility to such a facility. Knowing your specific manufacturer's recommended storage temperatures and watching for the bowing of drums are vital to ensuring the proper performance of your product when you begin to process and apply it.
On the material side, the physical drum temperature and preparation of the material are key steps in a successful application. Many open cell spray foams require a process of agitation and/or recirculation before any spraying begins. Drum temperatures need to be maintained at the manufacturer's recommended levels, which typically land around 75oF. Proper drum temperature is one of the factors in producing quality, high yielding spray foam.
Always consult with your manufacturer before spraying any SPF products to make sure all recommended pressures, temperatures, settings, and other conditions are met.