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Benefits of Spray Foam


Why Choose Boston Foam

Reduce your carbon footprint by securing energy savings and lowering your energy consumption by up to 45%

The average American family home generates an estimated 10 tons of carbon dioxide every year. Properly insulating your home is the best way to reduce your energy usage and carbon footprint.

Did you know the average U.S. family spends about $1900.00 a year on home utility bills?

Air moves in and out of a home through every hole, crack, and crevice. The Department of Energy reports that heating and cooling (space conditioning) accounts for approximately 56% of the energy used in the typical American home. Roughly one third of air infiltrates through walls, ceiling, and floors.

An environmentally friendly home is a great benefit for you, your family and the environment. Take an active role in helping reduce greenhouse gases, thus slowing the effects of global warming.

By properly sealing your home you reduce the amount of oil that is needed to produce electricity and the carbon emitted into the environment.

Benefits of spray foam home insulation in Massachusetts

Case Study

An Insulation Retrofit From the Outside-In


The Challenge

Provide an insulation solution to meet aggressive energy goals for a 2800 sq. ft. home, built in 1928 in West Lafayette, Ind. The home is being transformed into a net-zero energy, waste and water home, sponsored by Whirlpool Corporation and Purdue University.


The Solution

A new closed-cell spray polyurethane foam (ccSPF) system for wall insulation developed by Lapolla Industries, formulated with Honeywell Solstice® Liquid Blowing Agent (LBA).

Spray Foam Home Insulation

We are clearly seeing an 8-10 percent increased value in both yield and thermal performance which, in turn, is very beneficial not only for the installer, but for the consumer.

Doug Kramer

President and CEO, Lapolla Industries

When Whirlpool Corporation embarked on their search for a supplier to provide world-class spray foam insulation for a sustainable living project near the campus of Purdue University, they knew exactly where to start.

“Whirlpool and Honeywell had already established an excellent working relationship when we sought to improve our refrigerator insulation,” said Ron Voglewede, global sustainability lead at Whirlpool Corporation. “We had just completed the conversion of our Amana, Iowa refrigerator manufacturing plant to foam insulation formulated with Honeywell Solstice LBA, and we knew this product was also slated to be used in residential wall insulation.”

The timing was perfect. Lapolla Industries, based in Houston, Texas, had just completed the final phases of testing on their new wall spray foam system, which included Solstice LBA. “One of the reasons we started work with Solstice LBA is the recent pressure in the industry to find climatefriendly products,” said Doug Kramer, president and CEO, Lapolla Industries. “Lapolla wanted to be first in the market with a wall foam system that included Honeywell’s new low-global-warming blowing agent.”

Closed-cell Spray Foam Insulation: An Easy Choice

Even with so many options for residential insulation available on the market today, the decision to use spray foam insulation for this project was an easy one for general contractor Grant Giese, president, Green Goose Homes. “We have used spray foam in our homes for a number of years now. We use it largely to stop air infiltration and provide great R-value, and we’re doing the same thing here,” said Giese. “We’re trying to bring this home from being an energy hog to net-zero, and the spray foam is going to play a huge part in that.” “Closed-cell spray foam insulation seals gaps, cracks and holes as it is applied, making it one of the most energy-efficient insulation products available today,” said Laura Reinhard, global business manager, Spray Foam for Honeywell. “Now that Solstice LBA is commercially available, it is exciting to have it be earmarked for sustainability projects such as this one at Purdue.”

Unique Insulation Application Creates More Potential for Spray Foam Retrofits

For many, the thought of retrofitting a home’s insulation brings to mind a messy, disruptive process that involves removing the interior walls down to the studs, but Giese had a different process in mind. “We primarily use ccSPF in new home construction, but a lot of people don’t realize how easy it is to retrofit,” said Giese.

New Spray Foam Insulation Exceeds Contractor Expectations

Lapolla’s new spray foam system received high marks from the spray foam installer as well. “My expectations were exceeded. The yields were about 10 percent higher than we expected, which is fantastic,” said Brian Eustis, manager, ThermaSeal / Lakeside Insulation, an Installed Building Products Company. “The [application] guys liked it better because it rose later. The front end was a little slower, the back end was a little faster, so they could control it better. Overall, the product looked fantastic and the finished product looked great.” Mary Bogdan, senior principal scientist, Honeywell Fluorine Products, agreed. “The applicators did an excellent job of applying it. We had a broad temperature range from morning to afternoon, and it performed equivalently well across all the temperature conditions we experienced.”

Solstice LBA is Commercially Available

“Honeywell started up its manufacturing facility for Solstice LBA in May 2014,” said Bogdan. She further stated that Solstice LBA is a key replacement for HFC-245fa and other HFC blowing agents.

Solstice LBA key advantages

  • Ultra-low global warming potential (GWP) of 1 (compared to a GWP of 858 for 245fa)
  • A slightly lower molecular weight so less material can be used in a system
  • A higher boiling point and lower vapor pressure, which improves handling and yields smoother foam surfaces
  • Improved R-values
  • Nonflammable
  • Listed under the U.S. EPA’s Significant New Alternatives Policy (SNAP) program to replace ozone depleting substances
  • Listed on the TSCA inventory
  • Not a volatile organic compound (VOC) as determined by the U.S. EPA
Installing spray foam insulation