Recent Jobs Completed by Reed's Spray Foam

Our crews provided 1 inch of closed cell foam insulation to the roof deck and walls. This will create a cap on the barn and prevent the hot air of the heaters from escaping upward in a stack effect method.

Our crew insulated the cooler walls and ceiling with 5 nominal inches of closed cell foam insulation. This closed cell foam will provide an airtight seal on the cooler and make sure it not only maintains its desired temperature but it will also prevent moisture from building up in the cool space.

Our crews lined the earth of the crawl space with a 12-mil liner reinforced and treated with a antimicrobial finish to protect against mold growth and mildew on or under the liner if moisture were to ever be created under the floor. The crawl space foundation walls were insulated with 2 inches of closed cell foam insulation to create a seal along the liner. The rim joist were insulated with 4 inches of open cell foam to seal any air leaks and prevent the energy from the home to escape as well as reducing the coolness of this customer's floor.

The roof deck was insulated with 4 inches of closed cell foam, sealing fof all ridge vents, gable vents, and soffit vents. This created a thermal seal around the apartment building, allowing it to be a comfortable and energy efficient living quarter.

Our project team insulated the ceiling with 5 nominal inches of open cell foam and this was coated with our class-3 vapor barrier, this will assist in preventing moisture build up in the building. The floor of the home was also sprayed with 2 nominal inches of closed cell foam, this helps prevent energy escaping through the flooring of the building and keeping it the desired temperature year long!

Our crew insulated the sloped roof deck and band of the building with 2 nominal inches of closed cell foam insulation.

This home received different variations of open and closed cell spray foam insulation in various areas of living space, making sure no space was unsealed and properly insulated from the elements. Our team preformed work on around 16,000 sqft of area throughout the home and last we spoke with the home owners, they were already noticing a major difference throughout the home when it came to energy efficiency and the comfort of their home!

Our project team went to the home and installed 4 nominal inches of closed cell foam insulation to the sub floor of the home. This provided the home owner with not only an R- Value of 26.8 insulation, but also helped provide an air and vapor seal underneath the home.

Our crew insulated the ceiling of the building with 6 nominal inches of open cell foam, providing some sound resistance from the upstairs apartment. Then, a thermal barrier was applied to the foam along the ceiling to help keep the temperature of the building consistent in all seasons. Finally, on the insulation and thermal barrier the crew painted the foam with black paint, seeing as the customer had no intentions on covering the foam in the future.

Our solution included the earth of the crawl space was sealed with a liner made of a 12-mil 3-ply sandwich of high and low-density polyethylene with polyester-cord reinforcement; the liner is treated with an antimicrobial finish that protects against mold and mildew growth on or under the liner. The rim joist was also insulated with 4 nominal inches of open cell foam insulation. This will seal all air leaks in the rim joist area The Foundation walls were insulated with 2 nominal inches of closed cell foam insulation. This will be a continuous seal onto the liner.

Our crews started off by spraying the crawl space with mold treatment to kill mold spores within the area. They then installed a 10 mil reinforced liner to the floor of the crawl space, sealing all seams with a tape designed for crawl spaces as well as sealing the liner to the walls of the crawl space with closed cell spray foam. A dehumidifier was installed along with a condensation pump to discharge water our of the crawl space while keeping moisture from building in the encapsulated space.

Our crew disposed of the pre-existing blown and batting insulation. After doing this and prepping the area, our crew insulated the attic with 6 nominal inches of open cell foam insulation. Baffles were installed to allow the attic space to breathe as well.

The both segments of the building our crews worked on were given 2" of closed cell sprayfoam insulation to the exterior walls of the crawlspace.

The team at Reed's insulated the roof deck with 6 inches of open cell foam insulation. This sealed off all ridge vents, gable vents, and soffit vents; creating an airtight 94% efficient thermal cap.

Our crew applied 6 inches of open cell foam to the roof deck. The properties of foam insulation are almost like epoxy glue, it securely adheres to the surface of your roof deck. So there are very few, if any air gaps, voids, channels where energy can escape.

Our crew insulated the walls and gable end walls with 3 inches of closed cell foam. Then they insulated the roof deck of the structure will be sprayed with 4 inches of closed cell foam insulation.

Along the roof deck, our crew applied 6" of open cell foam, then applied 3.5 of the same foam to the dormer and gable end walls. This foam was then shaved down to allow for finishing in certain areas. Along the exterior walls, 3.5 inches of open cell foam were applied.

Our crew removed and disposed of the existing insulation, then going over the entire area with a mold treatment to get rid of a prevent existing and future mold and mildew particles. A 4" trench was dug around the perimeter of the home, connected to the preexisting sump pump unit to remove any and all water from the crawl space and foundation. A demple mat along with a 20 ml liner were lined against the earth of the crawl space to create a barrier between the ground and the future encapsulated crawl space. The wall were then lined with 2" of closed cell foam, sealing the liner and all foundation vents. The rim joists were insulated with 4" of open cell foam, sealing off any air leaks and creating an air tight space, coupled with the crawl space encapsulation door.