A well-insulated home is a more comfortable homeBy installing the proper insulation, you’ll keep cool during the hot summers and stay warm during the cooler months. Insulation can also improve a room’s air quality and reduce noise.
Fiberglass is a durable, cost-effective way to insulate your home. Specifically, we specialize in:
Fiberglass Batt & Roll:
EcoTouch Batts & Rolls offer a cost-effective and energy-efficient way to ensure proper air ventilation and insulation in your home. EcoTouch® batts are easy to custom fit into walls, floors and attics. EcoTouch® batts contain more than 99% natural ingredients, are certified to include a minimum of 58% total recycled content, and are formaldehyde free.
Loosefill Insulation: PROPINK® L77 Loosefill Insulation is a simple yet effective solution for attics, walls, floors and cathedral ceilings. Loosefill is non-combustible, non-corrosive and resistant to fungus and mold growth. Additionally, L77 is certified to include 50% recycled content — the highest percentage in the industry.
With the ability to adhere to every material and fill every gap, spray foam is a versatile product that can be used in attics, floors, walls, and ceilings. We offer both open and closed cell spray foam applications. A spray foam barrier can reduce noise and improve indoor air quality by keeping pollutants, allergens, and pests out.
Blown-In Wall System
BWS is a Blown-in Wall System with a high-density insulation solution for commercial and residential building applications that will deliver higher R-values than traditional insulation alternatives, saving you on costly heating and cooling expenses. Up to R-15 in 2×4 wall cavities and Up to R-23 in 2×6 wall cavities. Many factors influence the comfort of your home. The consistent density of the BWS helps reduce pathways for moisture, outdoor allergens, pollutants, and pests making a home more comfortable. The BWS system does not settle. The unique process of placing a measured amount of dense-packed fiberglass blowing wool behind a dust-free fabric virtually eliminates settling. BWS is a formaldehyde-free, non-combustible, non-corrosive
Benefit 1: Will not absorb moisture. Moisture reduces the effectiveness of insulation. The glass fibers in the BWS system will resist moisture buildup. Does not support mold growth. The Blown-in Wall System does not support fungus, mold growth, or an environment for vermin
Benefit 2: Greatly reduces unwanted exterior noises. The dense-packed fibers of the BWS gives it one of the highest sound ratings in the industry.
Benefit 3:National laboratory tests show that the
Blown-in Wall System reduces air
infiltration up to 68% over conventional
batt-type insulation alternatives, providing
Insulation lays a foundation of energy efficiency for residential, commercial and industrial structures. It is one of the most cost-effective ways to save energy and reduce monthly utility bills. Whether you are remodeling a home or building a new business, well-installed insulation offers a host of short-term and long-term advantages:
- Increased, more consistent interior comfort all year long
- Reduced energy usage
- Lower heating and cooling costs
- Less wear and tear on HVAC equipment
- Reduced noise transmission for a quieter space
- Improved air quality
- Reduced moisture intrusion
- Less overall environmental impact
How Insulation Works
Heat flows from higher temperature areas to lower temperature areas, creating temperature fluctuation within a space. Insulation wraps your home in a protective blanket, reducing heat flow in order to keep the heat out during warmer months and the heat in during cooler months. Insulation is an excellent noise absorber and helps to reduce sound transmission from both outside and within a home, creating a quieter space with less reverberation. Insulation also allows other energy-efficient components, such as air sealing, to do their job, forming a comprehensive insulating system that helps maintain consistent temperatures and moisture levels, reduce energy usage and increase monthly heating and cooling savings.
What Is R-Value?
The “R” in R-value stands for resistance to heat flow. The higher the R-value, the higher the level of resistance and the greater the insulating power. R-value requirements vary depending on climate and building type. Below is an example of how R-value relates to the amount of insulation used in a typical attic. The thicknesses listed are for PROPINK® L77 Loosefill Insulation blown in the attic and not a general rule of thumb for any other brand/type of insulation in any other areas / applications. MCS can provide you the correct amount of insulation for your project and the R-value you want to achieve.
|R-value||Minimum Thickness (in)|
Where to Insulate
Insulation should be installed in walls, floors, attic space, basement and crawlspace. A more detailed list includes:
- Ceilings with unheated spaces above, including dormer ceilings
- Knee walls of attic spaces finished as living areas
- Sloped walls and ceilings of attics finished as living areas
- Cathedral or vaulted ceilings
- Around perimeters of slabs
- Floors above vented crawl spaces
- Floors over unheated or open spaces such as over garages or porches
- Basement walls
- Band and header joists
- Interior walls, ceilings or floors where extra sound control is desired
- Floors over unconditioned basements
Insulation Types & Materials
Insulation is manufactured in a variety of forms and materials to suit a range of efficiency, structural and budgetary needs. Each option brings its own level of durability, versatility, R-value and cost.
- Batt & Roll
- Loose Fill
- Rigid Foam
- Spray Foam
Things to Consider When Insulating
- What type of insulation is being used?
- Does the insulation meet or exceed local building codes and national recommended insulation levels?
- How effective is the insulation (thermal performance, acoustical performance)?
- Is the insulation resistant to moisture, fire and settling?
- Is the insulation material safe and sustainable?
- Is the insulation cost effective?
Home Energy Auditing
An energy audit is an in-depth assessment of your building envelope conducted by a certified energy rater. According to RESNET, the authority on home energy auditing, home energy audits have three main objectives:
- Figuring out where and how energy is being lost
- Locating inefficient operating systems
- Determining cost-effective ways to enhance home efficiency and comfort
Knowing the energy trouble spots of an existing structure or the potential energy issues of a new structure allows for comprehensive solutions to be designed and implemented for increased efficiency.
Your House as a System
Though insulation is one of the most essential and cost-effective ways to create overall efficiency, there are many factors to take into consideration. Insulation and air sealing combined with energy-efficient appliances, windows, doors, lighting and HVAC equipment build a whole-house efficiency system that will prove beneficial throughout the year and for years to come.
If you still have questions, we have answers! Contact us to receive more information.