THERMAFIBER® UltraBatt™ Formaldehyde-Free™ insulation batts are designed to provide excellent thermal performance, fire resistance and noise control in residential and light commercial construction. UltraBatt™ FF is more dense than traditional batts or rolls and is quick and easy-to-install. The new Formaldehyde-Free™ THERMAFIBER® light-density products are especially appropriate for applications committed to indoor air quality. THERMAFIBER® UltraBatt™ FF insulation is non-combustible, non-corrosive, non-deteriorating and mold-resistant.
THERMAFIBER® UltraBatt™ Formaldehyde-Free Insulation Batt, 7.1 in Thickness, 23 in Width, 47 in Length, R-Value: R30, Mineral Wool, 22.5 sq-ft Coverage Area, Resists: Fire, Fungi, Moisture, Mold
Coverage Area |
: |
22.5 sq-ft |
Length |
: |
47 in |
Material |
: |
Mineral Wool |
R-Value |
: |
R30 |
Resists |
: |
Fire, Fungi, Moisture, Mold |
Thickness |
: |
7.1 in |
Width |
: |
23 in |
- Energy saving thermal insulation
- Provides fire-resistance to temperatures above 2000 deg F (1093 deg C)
- Minimum 70% recycled content
- Easy-to-install
- Contributes to credits in several green building programs such as LEED® and green Globes®
- Formaldehyde-free
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Catalog
https://cx1content.unilogcorp.com/cx1/view/api/asset/v1/dam/assets/ITEM/DOC/file/267/THERMAFIBER_FS_40_FF_3X48X72_Catalog.pdf
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SDS
https://cx1content.unilogcorp.com/cx1/view/api/asset/v1/dam/assets/ITEM/DOC/file/267/THERMAFIBER_R_15_23X47_29_38SF_SDS.pdf
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Specification Sheet
https://cx1content.unilogcorp.com/cx1/view/api/asset/v1/dam/assets/ITEM/DOC/file/267/THERMAFIBER_R_15_FF_23X47_29_38SF_Specification_Sheet.pdf
-
Catalog
https://cx1content.unilogcorp.com/cx1/view/api/asset/v1/dam/assets/ITEM/DOC/file/267/THERMAFIBER_FS_40_FF_3X48X72_Catalog.pdf
-
SDS
https://cx1content.unilogcorp.com/cx1/view/api/asset/v1/dam/assets/ITEM/DOC/file/267/THERMAFIBER_R_15_23X47_29_38SF_SDS.pdf
-
Specification Sheet
https://cx1content.unilogcorp.com/cx1/view/api/asset/v1/dam/assets/ITEM/DOC/file/267/THERMAFIBER_R_15_FF_23X47_29_38SF_Specification_Sheet.pdf