Why Milwaukee Spray Foam Insulation?

Pays For Itself

The U.S Department of Energy studies show that 40% of your home's energy is lost through air infiltration through cracks, holes, wall sockets, windows, etc. They also report that heating and cooling account for approximately 56% of the energy used in the typical North American home. Milwaukee Spray foam insulation completely seals the building envelope to stop conditioned indoor air from escaping and unconditioned cold or hot (in the summer) air from entering the home. This stops the mechanical systems that heat and cool buildings from continuously operating, reducing extreme temperature variations and saving you money on the overuse of mechanical systems.

Monthly energy and utility savings of 40% or greater can be achieved when compared to the alternative roofing and insulation systems. The cost of a spray foam roof or insulation system can often be recovered in less than 5 years, simply through energy savings alone.

Compare Insulation Materials

There are many important differences to highlight between Milwaukee spray foam and other conventional insulating materials. For one, it does not sag or sink into the wall cavity over time. It takes the shape of the cavity it is sprayed into and provides a continuous air barrier that stays in place. Also, because traditional insulation does not adhere directly to the substrate, the chance of sagging over time is high. If traditional insulation is not properly installed around framing/plumbing/electrical, voids of only 1-2% can lower the effective R-value by 25-40%. Apples to apples? Traditional insulation materials can only achieve their 'stated' R-value in perfect laboratory conditions with zero air movement. This is simply not possible if you live in the real world, which you do. The high aged R-value of spray foam always remains constant no matter what the environment or conditions.

Builder Benefits

Installing closed cell spray foam in between studs will meet most R-value, air barrier and water vapour permeance requirements. This system also reduces the requirements of an HVAC system, allowing smaller systems to be used and also permits stud and rafter size reduction due to a high R-value of 6.3 per inch. Wall racking strength also increases to up to three times stronger than with conventional insulation in framed walls and with the restriction in air movement and moisture accumulation, the possibility of mold growth is extremely unlikely.

The New Standard

Milwaukee Spray foam insulation systems are becoming a standard in modern building science. Today's building professionals and home owners are savvy and recognize the superior qualities over traditional insulation. They will not be fooled by the gimmicks and conventions of the past. Rising costs of energy and green building initiatives have brought the best of the best of building materials to the forefront and for spray foam, the results speak for themselves. Quality builders and building professionals across the country differentiate themselves by making spray foam the standard in their projects.

Article Source: http://EzineArticles.com/6534752

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