If you’re looking for a good alternative to fiberglass for your insulation needs, cellulose insulation might be the right choice. Made from recycled newspaper, cellulose insulation in walls can reduce your energy bills and make your living spaces more comfortable during all seasons of the year.
Cellulose Insulation Installation
If you need cellulose insulation near Grand Rapids, our team of seasoned professionals has the skills and experience to help you understand the benefits of cellulose insulation and manage your installation project to perfection. If your existing insulating material has been damaged by moisture or exposed to the elements, we can even remove and replace it with one of the best home insulation materials on the market.
What Is Cellulose Insulation?
One of the many benefits of cellulose insulation is that it is typically made from recycled newspaper and other paper products like cardboard and office paper. This means that you’re helping the environment by both saving energy and using recycled materials.
While filling your walls with paper products might sound like a risky choice in the event of a fire, cellulose insulation is treated with a fire retardant during the manufacturing process. This helps to reduce the risk of actively catching fire if the material is exposed to a flame.
Whether you’re building a new structure or just upgrading your existing one, cellulose is one of the best types of insulation you can consider for home improvement. Find out if cellulose insulation is the best choice for your home.
We are proud to install cellulose insulation from Nu-Wool.
Stabilized Cellulose Insulation
Cellulose fiber insulation comes in two forms-loose-fill and stabilized. At Whitson Insulation, we regularly work with stabilized cellulose insulation. It has several beneficial properties you might not know about.
Stabilized cellulose insulation is designed to be damp sprayed into open cavities. This process completely fills and insulates walls and other open spaces to increase the R-value of the building. After application, the cavity is closed with drywall or other appropriate building materials.
An additional benefit of stabilized cellulose insulation in walls is that it can also be used for sound reduction by keeping distracting noises from transferring between rooms. In combination with its ability to reduce your energy bills, cellulose fiber insulation is a great alternative to fiberglass, spray foam, or any other type of insulation material.
More to Know About Cellulose Insulation
You may have heard about the growing popularity of cellulose insulation and its many energy saving benefits such as reducing your carbon footprint, lowering your heating and cooling costs, and providing quality sound control. Here are a few more things to know about this effective insulation choice:
- It has a Class 1 flame spread rating and contains active fire-resistance materials to provide durable and excellent fire resistance.
- It is resistant to mold growth and works to dissipate moisture for moisture management.
- It does not contain asbestos or formaldehyde.
- It is ideal for insulating older homes and adding R-value and filling gaps over existing insulation.
- It is safe to touch and won’t irritate unprotected skin.
- It won’t settle in sidewalls but will settle in attics until it reaches a stable density, similar to other blown insulation. All thermal performance testing is done at the settled thickness.
Cellulose Insulation in the Grand Rapids Area
Stabilized cellulose insulation can only be installed by a professional insulation company. Whitson Insulation Company has experience with a variety of construction projects that call for stabilized cellulose insulation in Grand Rapids, MI, and the surrounding area — including Battle Creek, Kalamazoo, Benton Harbor, Kalkaska, and Traverse City.
If you’re interested in installing stabilized cellulose insulation-or any other type of insulation-in your next project, contact us to schedule your free cellulose installation cost estimate.
Cellulose Insulation Project Gallery
