Proudly serving VT, NY and NH including - Keene, Concord, Burlington and nearby
1-802-397-9391Click on a photo to enlarge.
Looking to make their basement more energy efficient and waterproofed a homeowner in Colchester, Vermont contacted Matt Clark's Northern Basement Systems. Matt's team of Installation Specialist and Certified Spray Foam Insulators installed a two stage (DryTrak & Lateral Combo) waterproofing system and a TripleSafe sump pump, this will take care of the water issue. The team sprayed Closed-Cell Polyurethane Spray Foam Insulation on the walls of the basement and upstairs, helping the home become more energy efficient.
When a homeowner in West Dover, Vermont, wanted to find a solution for a damp and cold basement, they contacted Matt Clark's Northern Basement Systems.
When a homeowner in Stowe, Vermont, wanted to winterize the basement area of their home, they hired the experts at Matt Clark's Northern Basement Systems. Northern Basement Systems waterproofed the area and sprayed closed-cell polyurethane insulation on the walls and rim joists area.
A local contractor in Montpelier, Vermont reached out to Matt Clark's Northern Basement Systems for an insulation job. They had hired Northern Basement Systems in the past for similar work, so they knew the quality of work Matt's team brings to every job.
Notice the walls before and after our team sprayed the foam in for added insulation!
An industry leading contractor hired Matt Clark's Northern Basement Systems to insulate another one of their large commercial properties. The company has worked many times with Northern Basement System and knows they can count on them to deliver an exceptionally high level of quality work, done in a timely manner. Northern Basement Systems sprayed closed-cell polyurethane foam through out the entire building. Using closed-cell spray foam creates a highly insulated building assembly that's also free of energy-wasting air leaks. Closed-cell is about 3-4 times as dense as open-cell foam, and it provides an R-value of 6-7 per inch.