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WHAT IS \u201cFORMALDEHYDE-FREE\u201d INSULATION? \u201cFormaldehyde-free,\u201d as manufacturers use the term, is fiber glass insulation produced using a binder containing no formaldehyde.
FiRE RESiStANCE Fiber Glass \u2013 Owens Corning PINK Fiberglas\u2122 is naturally non-combustible and is classified as such per ASTM E 136. Cellulose \u2013 is made from paper and other wood-based, combustible materials. It must be treated with fire-retardant chemicals to be acceptable for use in any type of building construction.
As of October 2015, manufacturers are no longer using formaldehyde as a binder in light density residential fiberglass insulation. The report concluded any releases going forward will come from the production of some higher density batts, which are mainly sold on the commercial and industrial market.
As the first formaldehyde-free mineral wool insulation in North America, the formaldehyde-free Thermafiber® mineral wool insulation solutions represent a breakthrough for architects, specifiers and contractors interested in achieving sustainable building standards.
As of October 2015, every fiberglass insulation company in the United States and Canada has phased out the use of formaldehyde-based binders in lightweight residential products. Formaldehyde is a human toxicant with a long history of use in residential insulation.

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The concept for pairing The Pink Panther with Owens Corning was first suggested by Roger Butler, an executive at the New York-based advertising agency Ogilvy & Mather. The association was natural given the color of the company's insulation, which has brandished its distinctive pink hue for more than 60 years.
3 Owens Corning\u2122 EcoTouch® Unfaced fiberglass insulation is verified to be formaldehyde free by the GREENGUARD Environmental Institute.
ATTIC CARD. GreenFiber provides outstanding thermal performance, fire- resistance and sound control. Consisting of up to 85% recycled content, GreenFiber insulation is specially treated for flame resistance. R-value means resistance to heat flow - the higher the R-value, the greater the insulating power.

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