Our Insulation Services

We offer fiberglass batts, blown in cellulose, dense pack cellulose, & more!

Interior view of a house under construction with wooden framing, a staircase, and a vaulted ceiling with dense pack cellulose insulation, with windows. Residential construction / insulation subcontractor in Maine, USA.

Cellulose Insulation

Dense-pack and blown-in cellulose insulation are two popular types of application of cellulose that are widely used in homes and buildings for their energy efficiency benefits. These insulation types are eco-friendly since they are made from recycled paper, which means they help reduce the amount of waste sent to landfills.

Dense-pack cellulose insulation involves using a special machine to tightly packing loose-fill cellulose insulation into wall cavities. The tightly packed insulation creates a dense barrier that helps reduce heat loss and air infiltration. Dense-pack insulation is an effective method for older homes with irregularly shaped wall cavities, as the insulation can be tightly packed around obstructions like pipes and electrical wiring, improving energy efficiency while minimally disturbing the existing walls.

The dense-pack cellulose is held in place by a polypropylene clothlike mesh, and stapled to the inside of the studs with half-inch staples, ensuring that the cellulose will not bulge and create problems in the construction process.

Blown-in cellulose insulation is installed using the same specialized machine that blows loose-fill cellulose insulation into attics. This method allows for quick and easy installation, with the insulation distributed evenly to fill gaps and voids, creating a seamless thermal barrier.

Both dense-pack and blown-in cellulose insulation have a high R-value, meaning they are highly resistant to heat flow and provide significant energy savings. Additionally, they are cost-effective and have a long lifespan. The eco-friendly nature of these insulation types makes them an excellent choice for environmentally-conscious homeowners looking to reduce their carbon footprint.

Interior of a room under construction, with unfinished walls with dense pack cellulose insulation, a wooden ceiling, and three small windows letting in natural light. Residential construction / insulation subcontractor in Maine, USA.
Interior of a house under construction with exposed wooden framing, staircase, and dense pack cellulose insulation on the ceiling. Residential construction / insulation subcontractor in Maine, USA.
A person in a blue jacket and orange gloves installs fiberglass batt insulation in unfinished walls.

Fiberglass Insulation

Fiberglass insulation batts are a widely used and effective type of insulation that can help improve energy efficiency in homes and buildings. These insulation batts are made from spun glass fibers and come in pre-cut sizes that are designed to fit standard wall cavities, making them easy to install for both professionals and homeowners.

Fiberglass insulation batts offer excellent thermal performance, with a high R-value, meaning they effectively resist heat flow and provide significant energy savings. They also provide good soundproofing and can help reduce noise levels between rooms. Additionally, fiberglass insulation batts are non-combustible and can provide a level of fire resistance, making them a safer choice than some other insulation materials.

Installation of fiberglass insulation batts is a straightforward process that can be completed in a matter of hours. Batts are simply placed between wall studs or ceiling joists, and then any gaps are filled to create a complete thermal barrier. With proper installation, fiberglass insulation batts can provide effective insulation for many years, reducing energy costs and improving indoor comfort.

Overall, fiberglass insulation batts offer excellent thermal performance, soundproofing, fire resistance, and are easy to install. Their versatility and effectiveness make them a popular choice for homeowners and builders looking to improve the energy efficiency and comfort of their homes or buildings.