Why Cellulose Insulation is Better than Fiberglass Insulation

On episode 50 of the “On The Job” web series, Larry Janesky, owner and founder of Dr. Energy Saver, demonstrates how different types of insulation materials perform when exposed to fire.

In Episode 51, he continues to compare insulation materials, by showing the differences in performance of two types of materials commonly used in attic and wall cavity insulation: fiberglass and cellulose.

Fiberglass insulation is frequently used in the United States, but as this video will show, cellulose insulation outperforms fiberglass in the vast majority of applications.

Cellulose insulation is entirely made of recycled paper: old newspapers, phone books, and paper stock. To make that shredded paper suitable as an insulation material, the cellulose is treated with environmentally-friendly chemicals. In its original state, cellulose is very attractive to insects and known to support mold growth. Boric acid, a harmless chemical used for decades in many household applications as an antiseptic and insect repellent, is used to deter pests and prevent mold growth.

Also since paper is highly flammable, cellulose insulation is treated with a fire-retardant material, making it outperform most types of insulation materials, including fiberglass, in terms of fire resistance.

Using a little display built to compare cellulose and fiberglass, Larry shows how quickly and easily heat passes through a layer of fiberglass insulation when compared to a layer of cellulose insulation. Cellulose is denser than fiberglass and that gives the material a better R-value and makes it better at preventing heat transfer.

That kind of performance makes all the difference during hot summer months when you are trying to keep the scorching heat from the attic from getting into your living space, or during cold days when you are trying to keep the heat from the conditioned area from being transferred to the freezing cold attic.

Another added benefit of cellulose demonstrated in this video is the material’s ability to muffle sounds from the street and from one room to another, making your home much quieter.

At Dr. Energy Saver, we use cellulose to insulate a variety of spaces. We dense-pack it into wall cavities, cantilevers, floors over the garage, and we blow it over attic floors. Our customers are always satisfied with the results in terms of added comfort and energy savings.

Our dealers work with most types of insulation and we believe that there is no blanket solution to home insulation, since each material has its own application. We also know that when it comes to energy efficiency, insulation is just one part of the puzzle.
When you call your local Dr. Energy Saver dealer for a home energy audit, the experts will evaluate your whole house and offer you the solutions and materials that will always give you the best results for each dollar you invest.

To contact a Dr. Energy Saver dealer in your area, call us or visit our website!

How to Change a Bicycle Tire

 

When changing a bike tire, shift the rear wheel into the smallest cog in the back. Change a bicycle tire with tips from a bike mechanic in this free video on bicycles.

Expert: Jeff Moesch
Bio: Jeff Moesch has been working in the bicycle industry for nearly 10 years. He has experience riding and repairing mountain bikes, racing bikes, cross-country bikes and free-ride bikes.
Filmmaker: Reel Media LLC

How to Remove Scratches From Any DVD

 

In this Household Hacker experiment, we’ll demonstrate how to completely remove scratches from your CD or DVD media. Visit us at householdhacker.com

For this project, we used:
1) 1 tablespoon peanut butter
2) Toothpaste
3) Diet Soda (must be sugar free or seltzer water)
4) Plastic container
5) Baking soda
6) Lots of paper towels

Music by: two_curve
Disclaimer:
As with this experiment and all other HouseHold Hacker videos, we cannot be held responsible for damage or mistakes made if attempting the experiments. These projects are for demonstration purposes only and should not be attempted at home. .