Peak Spray Foam Insulation's SHOWCASES

This project included full spray foam insulation across four buildings, with all wall and ceiling cavities sealed to create a complete, high-performance envelope. The work spanned 47 days over a three-year timeline and totaled 1,065 man hours, requiring consistent coordination as each building moved through different stages of construction.

Our crew of 4–5 worked closely with the general contractor and other trades to stay on schedule, adjust to changing site conditions, and keep progress moving across all four structures. In total, the project covered over 40,000 square feet, including the GEM, Car Museum, Storage Building, and Maintenance Building.

The end result is a tight, energy-efficient system that reduces air leakage, controls moisture, and
delivers long-term durability—built to perform and keep operating costs down for years to come.

This project included air barrier and spray foam installation at Aspen Ridge Elementary, totaling around 2,000 man hours. Our team installed closed-cell spray foam in all exterior wall cavities, parapets, and soffits to create a continuous, high-performance seal across the building envelope.

In addition to the spray foam work, we installed a vapor-permeable above-grade weather barrier along with detailed flashing at all openings, corners, penetrations, and transitions to ensure full protection. Coordination and attention to detail were key on a project like this, making sure every section tied together properly.

The end result is a tight, durable building envelope designed for long-term energy efficiency, moisture control, and overall performance.

This project included spray foam, thermal barrier, and loose-blown insulation work across three buildings, totaling around 500 man hours. Our team installed closed-cell spray foam in exterior walls throughout key areas including office space, machine shop areas, waiting rooms, and cold storage, along with insulating the mezzanine floor and areas around windows and doors.

We also applied a thermal barrier coating in the cold storage space and completed attic insulation with loose-blown fiberglass, installing a total of 1,368 bags for full coverage. With multiple spaces serving different purposes, the focus was on creating a consistent, energy-efficient envelope across all three buildings.

The end result is improved temperature control, reduced energy loss, and a durable insulation system built to last.

This 40,210 sq ft roof remediation project in Hudson, Wisconsin, just outside the Twin Cities metro area, was completed over a 50-day timeline by our experienced spray foam team. Using Huntsman Icynene® HFO Max Closed-Cell Spray Foam and professional-grade equipment, we installed a fully adhered, airtight roof system designed to deliver long-term durability and performance for a senior living complex.

The project required detailed coordination, early-morning weather monitoring, and efficient rooftop logistics to navigate long travel distances, four-story roof work, and changing site conditions. Safety remained a top priority throughout the project, with perimeter rails, full PPE, and constant communication ensuring each section of roof was sealed and weather-tight by the end of every workday.

By choosing spray foam, the building owner gained a stronger, more reliable building envelope that eliminated air and moisture intrusion, resolved previous mold and leakage issues, and improved overall energy efficiency. This project highlights our team’s ability to complete large-scale commercial insulation projects throughout Minnesota and western Wisconsin.

Our crew spent nine days in Cold Spring, Minnesota, near St. Cloud working on the new Cold Spring Fire & Rescue building. We began by sealing all openings, corners, and transitions with weather barrier detail flashing. Then, our spray foam technicians installed R-14 Icynene® HFO Max closed-cell spray foam across the entire exterior brick, providing air barrier protection, weatherproofing, and insulation.

Spring weather in Central Minnesota brought its challenges, but one of our biggest considerations was the building’s location along a busy downtown street. With regular traffic and nearby parked vehicles, we took extra care to manage overspray and ensure a safe, clean application while staying on schedule.

This project is a great example of our work on municipal and commercial buildings throughout the St. Cloud and Central Minnesota area.

For this project, we installed R-21 closed cell foam insulation in the exterior walls to provide thermal protection and improve energy efficiency. In the vestibule cantilevers, we used R-30 closed cell foam to ensure superior insulation and comfort in these high-impact areas. Additionally, we applied Hydromax above-grade weather barrier over the plywood on the exterior walls to offer enhanced protection against the elements, ensuring long-lasting durability and resistance to weather-related damage.

This project demonstrates our experience working on institutional and religious buildings throughout Minnesota and the greater Central Minnesota region.

This custom home insulation project, completed in Central Minnesota, required a detailed, full-building insulation approach to maximize energy efficiency and long-term performance. We meticulously installed R-21 closed cell foam in the walls of the main and second floors, as well as in the garage walls and rims. For enhanced insulation, R-30 closed cell foam was applied to the cantilevered sections of the main floor and the slanted areas of the storage room. Additionally, we applied a DC315 coating over the spray foam in the four-season porch walls for added protection. To ensure optimal airflow, air chutes were installed in the eaves of the garage, house, and second-floor bonus room slants. We then used R-50 loose-fill blown fiberglass and 6-mil Duraskim in the main floor vaults, garage ceiling, master bedroom, and bonus room ceiling. For the second-floor non-vaulted ceilings, we applied R-50 loose-fill blown fiberglass and 4-mil poly.

We also sealed all openings and penetrations with can-foam and installed R-11 sound batts in the walls of the main and second floors. For superior soundproofing, we added 18 inches of loose-fill blown fiberglass with netting on the main floor truss assembly. Finally, a comprehensive Blower Door Test and Report will be conducted to verify the home’s energy efficiency. This project highlights our ability to handle detailed residential insulation projects across Central Minnesota, including Wright County and surrounding areas.

We undertook a significant ceiling and attic reconstruction project at the historic Sacred Heart Chapel in St. Joseph, Minnesota, near St. Cloud, utilizing 29,000 board feet of material to establish a robust vapor barrier within its iconic dome. Given the chapel's 112-year-old heritage, our solution involved applying 5.5 inches of spray foam to achieve an R-value of 38, followed by a DC-315 thermal barrier coating for added protection against condensation. Working 135 feet above the ground, we prioritized safety with comprehensive harnessing and lift operation training for our team.

The challenge of mobilizing equipment was met with innovation; we carefully maneuvered 270-foot hoses up the dome by securing them with ropes and straps at anchor points, allowing us to work efficiently. The spray foam installation proved to be the optimal solution for addressing the building's moisture issues, significantly reducing the need for future remediation and structural repairs.

This approach not only enhanced the chapel's energy efficiency but also preserved valuable resources and materials. This project highlights our ability to take on complex, high-elevation work across Central Minnesota and surrounding areas.

This residential remediation project in Minnesota focused on improving indoor air quality for homeowners with severe chemical sensitivities. A detailed analysis identified mold contamination and building deficiencies. As part of the remediation process, our team removed old fiberglass and kit foam from three attic areas. To meet strict indoor air quality requirements, Ultra-Pure® HD closed cell spray foam was selected for its low VOC and low odor performance. Installation was completed in controlled phases, with ventilation procedures and VOC monitoring before, during, and after application. This careful, step-by-step approach ensured compatibility with the homeowners’ sensitivities while delivering high-performance insulation and moisture control. The result was a significantly improved indoor environment with reduced drafts, improved comfort, and long-term performance.

This project demonstrates our ability to handle specialized insulation and remediation work across Minnesota, including projects requiring advanced indoor air quality considerations.