Attic Insulation Company in New Hartford, NY

A homeowner in New Hartford, NY was experiencing outdated and inefficient exterior lighting, resulting in reduced visibility and diminished safety around the property at night.

To improve performance, existing outdoor light fixtures were removed and upgraded with new contractor-supplied square LED fixtures. A total of six 9” x 9” LED fixtures were installed.

The work included installing new junction boxes, assembling and connecting each fixture, and securing them in place. Where needed, perimeter caulking was applied to ensure a clean seal against the exterior surface and help prevent moisture intrusion.

The result is a brighter, more uniform lighting setup that improves nighttime visibility, enhances safety around the home’s exterior, and provides a modern, energy-efficient lighting solution.

In New Hartford, NY, a homeowner was experiencing heat loss, uneven temperatures, and drafts caused by an underperforming attic with aging fiberglass batt insulation and multiple air leakage points throughout the attic floor and ceiling penetrations.

To address these issues, the existing fiberglass batt insulation was removed and hauled away, allowing full access to the attic structure for proper air sealing and upgrades.

A detailed air sealing process was completed across the attic floor, sealing wiring holes, top plates, and plumbing penetrations using one-part foam to significantly reduce uncontrolled air movement. Chimney gaps were sealed using fire-resistant rock wool insulation to allow safe insulation coverage around the masonry area.

Recessed lighting was addressed with can light covers to reduce air infiltration through light fixtures, while ventilation improvements were made by cutting in and installing a gable vent (12” x 12” opening, 14” x 14” outside dimensions) to support proper attic airflow.

Additional improvements included cutting in a drywall access panel in the upstairs master bedroom near the vanity, insulated with 4-inch foam board and finished with primed wood trim casing for a clean, functional finish.

The attic was then upgraded with TruSoft blown-in cellulose insulation, installed to a settled depth of 14 inches to achieve R-49, providing consistent thermal coverage throughout the space.

The result is a more balanced attic system with improved airflow, reduced air leakage, and better overall temperature stability throughout the home.

A home in New Hartford, NY was experiencing energy loss and uneven indoor temperatures caused by air leakage through the attic kneewall and poorly performing fiberglass batt insulation. The existing insulation had reached the end of its effectiveness, allowing conditioned air to escape into unconditioned attic areas.

To address this, all existing fiberglass batt insulation was removed and hauled away, clearing the space for proper air sealing and insulation work.

The kneewall area was then upgraded with 2–3 inches of closed-cell spray foam, creating a continuous air and thermal barrier to significantly reduce heat loss and air infiltration. Additional spray foam was applied around the steel I-beam in the attic to seal another major pathway for air movement and improve overall thermal control.

For added protection, a thermal barrier using intumescent paint was recommended over the spray foam to enhance fire resistance where applicable.

The result is a more tightly sealed attic system with reduced air leakage at critical points, improved temperature stability, and better overall energy performance throughout the home.

A client was experiencing issues with an underperforming attic that was contributing to heat loss and ice damming in New Hartford, NY. The attic had many layers of fiberglass insulation, lots of air leakage points with unsealed penetrations, gaps around the attic hatch, and exposed rim joists allowing conditioned air to escape. This created conditions for moisture buildup and winter issues such as ice dams.

To correct these issues, a full attic upgrade was completed. The process began with the removal of existing insulation using a specialized insulation vacuum, allowing for full access to problem areas. A comprehensive air sealing approach was then carried out, addressing key leakage points including wall top plates, pipe holes and junction boxes. Ventilation improvements were made by installing baffles and properly venting the bath fan and furnace intake to the exterior to ensure balanced airflow.

In the crawlspace below the rim joists were sealed using closed-cell spray foam to eliminate major air infiltration points in that crucial part of the home.

The attic was then insulated with R-49 blown-in cellulose to provide consistent, high-performance thermal coverage throughout the space.

With these improvements completed, the attic was transformed into a well sealed and properly ventilated system, improving overall comfort, energy efficiency, and long-term home performance.