Download How Is Cellulose Insulation Eco-Friendly | Gold Star
  • 210 North 10th Street, Sacramento, CA 95811
  • |Contact Us
Call Your Local Pros Today! (916) 229-8445

What Makes Cellulose Insulation Environmentally Friendly?

Eco-conscious homeowners are doing what they can to minimize their carbon footprint, and insulation is a great place to start. If you’re thinking about which type of insulation to use in your home, cellulose is a top energy-efficient choice.

Here’s the nitty-gritty of what cellulose is, how it stacks up to other insulation types and why it’s the perfect option to help you reduce energy usage and save money.

What Is Cellulose Made Of?

Most cellulose insulation is made of up to 80% recycled material. Cellulose can also be recycled again after it’s used. The ability to reuse and recycle this insulation material is what makes it one of the most eco-friendly options on the market.

Cellulose insulation is as versatile as it gets. Whether it’s in the form of loose-fill (dry) or spray-applied (wet), cellulose insulation can be used in various areas of your home. Attics, walls, floors – you name it, cellulose can handle it.

Cellulose vs. Alternative Insulation Types

There are many options when it comes to choosing insulation for your home. The material that’s best for your project depends on a number of factors, like your budget, your location and how eco-friendly you want to be.

Blown-in fiberglass, like cellulose, has many benefits. It’s affordable, easy to install and pretty decent when it comes to being energy-efficient. However, it falls short when it comes to environmental impact, as it doesn’t use nearly as much recycled material as cellulose does.

Another option is spray foam insulation. This high-performance material can boast excellent insulating properties and can snugly fit into all those nooks and crannies in your home. However, its manufacturing process and the chemicals involved make it less green than cellulose, and it’s more expensive.

The Efficiency of Cellulose Insulation

The second-most important benefit of cellulose insulation is its efficiency. This is where the term ‘R-value’ comes in. R-value is a measure of thermal resistance, i.e., how well a material can resist heat flow. The higher the R-value, the better the material insulates.

Cellulose insulation outperforms many of its competitors, which translates to a cozier home and lower energy bills — a win-win for the planet and your wallet.

Go Green With Cellulose Insulation for Your Sacramento Home

If you’re in the Sacramento area and you want to make your home more energy-efficient, it’s time to consider cellulose insulation. Turn to Gold Star Insulation, your local cellulose insulation pros.

Contact Gold Star Insulation today and take a step toward a greener future.

Call Us AT(916) 229-8445

Where should you insulate in your home? Check out our interactive infographic:

Products We Install
Energy Audits

Our team can help you save money with a home energy audit and air sealing services.


Our insulation team installs batt and blown-in fiberglass insulation.


Environmentally friendly and effective, cellulose works well in homes and buildings.

Spray Foam

Gold Star Insulation is a leading installer of spray foam insulation in the Sacramento area.

Radiant Barrier

An attic radiant barrier can help keep your home cooler and more comfortable.

Insulation Removal

Gold Star Insulation provides home insulation removal services.

Air Sealing

We are committed to saving you money by sealing your attic—which is the main source of air leaks in the home.

Are You Sure?
You are about to leave Gold Star Insulation and enter a third-party site. Gold Star Insulation and Installed Building Products have no control over, and accept no liability, obligation, or responsibility for, the contents or performance of other websites. Any such link does not constitute an endorsement or any representation regarding, the linked website, its content, its owner, its performance, its owner’s products or services, or any forward-looking statements found in.
Leave Page