KC Spray Foam in Olathe, KS is a nationally known building insulation company. Spray foam insulation is the best way to save on energy costs. We offer both open and closed cell spray foam insulation for your building insulation in Kansas City. The benefits of spray foam insulation are:
Improves home's energy efficiency
Heating and cooling savings
Adds resale value to your home
Reduces the amount of allergens and pollutants entering your home
Reduces moisture entering your home
Keeps you and your family comfortable all year round
Reduces the risk of drafts
Minimizes noise from external sources and noise from within your home
How can Spray Foam in Your Kansas City Home Save you Big Money
A poorly insulated home makes heating and cooling a home even costlier. Older home are especially likely to be insulated with outdated, under-performing insulation. With the properinsulation, you can save hundred of dollars in energy costs.
Spray foam insulation has an ability than other types of insulation lacks - the ability to seal out air. Foam insulation has the highest R-value that all of the common insulation types on the market today. The R-value of a product refers to its ability to reduce heat transfer. The more efficient the insulation, the higher the R-value. Some of the other advantages of spray foam are:
The Benefits of Spray Foam in Kansas City are Endless
Years ago, traditional fiberglass was only available in the insulation industry. Thanks to advancing technology, today many homeowners know have the option of using spray foam over fiberglass. Spray foam has become extremely popular due to its numerous benefits. Unlike fiberglass, spray foam creates an air barrier by sealing cracks and voids. At KC Spray Foam, we offer both closed and open cell spray foam to make your home more energy efficient and reduce your utility bills. Our spray foam can be applied in attics, ceilings, crawlspaces, garages, basements, and more. Our team of experts are trained and certified to determine the best insulation solution for your Kansas City home.
If you live in a warm climate, you probably know the struggles of maintaining a cool home. Cooling your home can become expensive. KC Spray offers the perfect solution so you can save money every month. We offer attic insulation by applying spray foam. First, our team of experts will locate any air leakage, then seal them. Common holes are usually found around vents, light fixtures, fans, and air ducts. By sealing voids and cracks, we can preserve air before spray foam installation. We offer both closed and open cell spray foam depending on your insulation needs. Open cell spray traps air inside its foam and creates an airtight seal. Closed cell uses a blowing agent, called hydrofluoro-carbon, to trap the blowing agent in the cells and provide insulation.
Spray on insulation cost is initially more expensive than some traditional forms of insulation like fiberglass or cellulose. However, the payoff for the investment begins to return immediately with reduced energy costs. If you’re in the process of evaluating insulation options but want to know the true value of spray foam insulation, you need to work with a properly trained appraiser.
As more people want to know the value of green building products, the Appraisal Institute offers special training courses designed to teach appraisers how to identify green features, analyze them and assess value. An appraiser might use a form like this one to determine the value of a property’s green and energy efficient features.
If you’re looking at insulation for your home or building, you have likely heard product comparisons in terms of R-value – the conductive heat flow resistance of the material. This measurement is made using the guarded hotbox apparatus (see photos), a test procedure that measures the thermal conductivity of insulation material. One side of the material is heated to a specific temperature and after steady state heat flow has been reached, the temperature on the other side is measured. This measurement solely defines the conductive heat flow resistance of the material.
Once the R-value is determined, the heat flow through it can be calculated using Fourier’s Law, an equation that calculates the benefit of increasing the thickness of any type of insulation as long as there is no air movement through it.