Fire Hazards Associated with Cellulose Insulation – Fire-retardant chemicals make up 20% of the cellulose insulation final product, however, this treatment does not make the insulation “non-combustible” or smolder resistant. John G. Degenkolb, a fire protection engineer, states in an issue of Fire Journal, “Even the best of these flame-retardant cellulosics will begin to smolder when heated to approximately 450°F. When smoldering once begins, it is most difficult to extinguish. It reacts like a smoldering cotton mattress. The ordinary application of water or other extinguishing agent is ineffective. The material must be carefully pulled apart in its entirety, and each parcel extinguished separately.” According to the Insulation Institute, the Consumer Products Safety Commission requires cellulose manufacturers to warn customers that products present a fire hazard.

Moisture Issues and Risk of Mold Growth – Because blown-in cellulose is made of paper products, it soaks up any and all moisture in the insulated area. A roof leak, pipe leak or high humidity can cause water to infiltrate the insulation, and insulated areas take a long time to dry back out. As a result, the blown-in cellulose insulation can become an incubator for mold and mildew.

Settling and Compaction Over Time– Blown-in cellulose insulation is designed to fill spaces and gaps, but cellulose’s ability to settle into any shape or area can cause problems. Cellulose insulation packs down easier than other insulation types, which leaves gaps and spaces.

Reduced R-Value and Energy Efficiency Loss – Over time, as blown-in cellulose settles or compacts, it leaves gaps at the top, reducing its effectiveness. In addition, because it’s susceptible to moisture, blown-in cellulose runs the risk of being wet, and wet insulation will have a drastically lower R-value, which reduces its effectiveness.

Messy Installation and Airborne Dust – The loose cellulose fibers blown into a home during the insulation process produce significant dust during installation, which can create a mess for homeowners.

Potential Allergy and Irritation Concerns – For individuals who are allergic or sensitive to newspaper ink or chemical fire retardants, blown-in cellulose can cause irritation. Blown-in cellulose’s potential for mold and mildew can also lead to health issues and discomfort.

Excess Weight Can Damage Drywall and Ceilings – The heavy weight of blown-in cellulose can lead to ceiling or drywall damage. The weight of cellulose necessary to meet building code can lead to popped nails, sagging sheet rock, or ceiling damage.

Difficult Removal After Water or Mold Damage – If you have a burst water pipe or other disasters in your home, blown-in cellulose can be very difficult to clean. According to the home restoration experts at SeviceMaster, one blown-in cellulose becomes wet, it becomes very heavy, and difficult to clean. Even a small area of water-damaged blown-in cellulose may require completely re-insulating the area.

Thermal Performance: Fiberglass insulation provides excellent thermal resistance, helping to reduce heat transfer and maintain comfortable indoor temperatures. It helps keep your home warmer in winter and cooler in summer, leading to energy savings and increased comfort.

Fire Resistance: Fiberglass insulation is naturally fire-resistant due to its inorganic composition. It does not readily burn and can help slow the spread of flames in the event of a fire, providing an added level of safety.

Sound Absorption: Fiberglass insulation has good sound absorption properties, helping to reduce noise transmission between rooms or from external sources. It can improve the acoustics within a space and provide a quieter and more peaceful environment.

Moisture Resistance: Fiberglass insulation is not prone to absorbing moisture, which helps prevent the growth of mold, mildew, and rot. It can maintain its insulating properties even in damp environments when installed correctly.

Durability: Fiberglass insulation is long-lasting and does not settle or deteriorate significantly over time when installed properly. It retains its insulation effectiveness and does not require frequent replacement or maintenance.

Allergen-Free: Fiberglass insulation is inert and does not contain any organic materials that could contribute to allergies or respiratory issues. It does not provide a favorable environment for pests or mold growth.

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