Commercial & Residential Insulation
Why Choose Cellulose Insulation?
Beneficial Properties:
1. Great economical insulation
2. FIRE RESISTANT!
3. Mold Resistant
4. Sound Absorbing
5. Condensation Control
6. Rodent Control
7. All Natural Materials
The greenest of all insulations
Spray Applied Cellulose onto:
Wood
Metal
Foam
Block & Brick
Concrete
Glass Windows
Blown-in Cellulose for:
Attics
Licensed and Trained Applicators
by International Cellulose Corp.
K-13 Spray-on Insulation
Ure-K Thermal Barrier
Celbar Wall & Attic Insulation
SonaSpray Acoustical Treatment
330-830-1440 office
330-832-3077 fax
dennis@spraycellulose.com
Dense Packing Cellulose for:
Inside Existing Wall Cavities
Spray Cellulose
Up to 80% Recycled Material
4" of spray cellulose applied to the ceiling of a wood structure
Spray cellulose applied directly to a metal wall
2" of spray cellulose installed over spray foam insulation at a large food storage warehouse in Chicago. The spray cellulose is approved by the national building code association for use as a fire resistant barrier over sprayed in place urethane foam insulation.
Spray Applied Cellulose has a Class I, Class "A" Fire Rating
Flame Spread Rating - As Low As 5 (very low!)
Smoke Developed Rating - As Low As 0
Filling a 2X4 stud cavity with our cellulose provides a 1 hour fire rated wall assembly
Approved by all National Building Codes
FIRE PROTECTION for your home or commercial building
Test show that installing cellulose vs fiberglass resulted in significantly less structural damage in actual structural fires. Two identical wood structures were built side by side, then set on fire. One was insulated using all cellulose insulation the other using all fiberglass. They were allowed to burn for 30 mins. then extinguished. With temperatures inside the structures reaching over 2,000 degrees, the fiberglass insulated structure burned to the ground while the cellulose insulated structure remained structurally sound enough to be re-build-able. The conclusion was that the fiberglass insulation actually contributed to the fire while the cellulose insulation charred on the surface creating a thermal barrier protecting the rest of the structure from the fire.