Compare the highest-rated insulation professionals in Clare, Michigan. All contractors are licensed, insured, and verified through our rigorous screening process.
A leading regional insulation contractor based in Mount Pleasant, known for high-quality residential and commercial insulation services. They are praised for their professionalism, detailed energy audits, and expertise in both spray foam and blown-in insulation. They service the entire Central Michigan area, including Clare.
Part of a national brand with a strong local presence, this provider is noted for its comprehensive service range from insulation removal to advanced air sealing. They emphasize education and helping homeowners understand rebates and the best solutions for their specific needs and budget.
A well-established local contractor specializing in creating more comfortable and energy-efficient homes. They are highly rated for their work in basement, crawl space, and wall insulation, with a strong focus on correcting moisture issues and adhering to Michigan building codes.
The insulation market in Clare, Michigan, is characterized by a reliance on regional contractors from larger nearby cities like Mount Pleasant and Midland, with a small number of local specialists. The competition is moderate but service quality is generally high, as contractors operating in this region are accustomed to the specific climate challenges of Central Michigan, including cold winters and humid summers. Homeowners are increasingly seeking energy efficiency upgrades, and providers are knowledgeable about state-level rebates and programs. Typical pricing for a standard attic blown-in insulation job can range from $1,500 to $3,500, while spray foam installations are a premium service, often starting at $3,500 and going significantly higher depending on the project's scope. Air sealing services are commonly bundled with insulation upgrades for maximum efficiency.
4.7+ star average from verified customer reviews
All contractors are properly licensed and insured
10+ years average experience in the industry
Familiar with Clare regulations and climate
Get answers to common questions about insulation services in Clare, Michigan.
For existing homes in Clare, the U.S. Department of Energy recommends attic insulation levels of R-49 to R-60. This high R-value is critical due to our cold Michigan climate, with average winter lows in the teens. Proper insulation at this level significantly reduces heat loss through the roof, leading to lower heating bills and improved comfort during our long, harsh winters.
While insulation can be installed year-round, late summer and early fall (August-October) are ideal in Clare. This timing allows the work to be completed before winter's extreme cold sets in, so you reap the energy savings immediately. It also avoids the peak summer heat in the attic, making the installation process more comfortable and efficient for the crew.
Yes, Michigan homeowners should first check with Consumers Energy or DTE Energy, depending on their local utility provider, for current rebate programs. Additionally, the federal Inflation Reduction Act offers tax credits for qualified insulation upgrades. A reputable local Clare insulation contractor will be knowledgeable about these programs and can often help you navigate the application process.
Look for a licensed, insured contractor with specific experience in Michigan's climate. Ask for local references in Clare or nearby towns like Harrison or Farwell, and verify they perform a thorough energy audit or assessment before quoting. It's also wise to choose a provider familiar with Michigan's building codes and the specific challenges of insulating older homes common in our region.
Air sealing is almost always the priority, especially in Michigan's windy climate where drafts are pronounced. Sealing gaps, cracks, and leaks around windows, doors, and penetrations stops conditioned air from escaping. After effective air sealing is completed, adding insulation will then perform at its maximum efficiency, preventing conductive heat loss through the building envelope.