Tiger Foam quick curing, disposable, two-component spray polyurethane foam
insulation kits are manufactured to ASTM E-84 Specifications and classified
as a fire-rated foam insulation. This product is manufactured using the most
environmentally friendly blowing agents and fire-retardant chemicals
available today and DOES NOT contain CFCs, VOCs, Formaldehyde or PENTA-BDEs.
We are the ONLY supplier offering E-84 Fire Rating STANDARD in our surface
spray product line. We believe safety is not optional.

www.tigerfoam.com

No... I'm not selling it.



> From: Mitch Haley <[EMAIL PROTECTED]>
> Reply-To: Mercedes Discussion List <mercedes@okiebenz.com>
> Date: Mon, 10 Dec 2007 19:24:50 -0500
> To: Mercedes Discussion List <mercedes@okiebenz.com>
> Subject: Re: [MBZ] OT: How much does it cost to build a garage?
> 
> Timothy Robinson wrote:
>> 
>> "crematorium"... the "foam" that we're thinking about is not fire proof. I
>> learned the hard way as I used it once in a commercial installation and
>> inspectors wouldn't sign off on it.  The "Tiger Foam" does have a fire
>> rating however. We used it in an application this summer. I think the only
>> problem with it is in external applications it degrades with UV light.
> 
> Sunlight is the only thing that PU foam is likely to encounter that can
> destroy it quickly. Even foam that is considered fire resistant will
> do what I mentioned earlier. Here's a choice quote from the link I
> gave this afternoon:
> 
> "As it turns out, a urethane foam that does not create a fire hazard under
> certain conditions simply does not exist. This is not because foam burns so
> well. It is because foam insulates so well.
> 
> Nevertheless, most modern urethane foams do not burn very well. Most of these
> are called “UL rated” or “Class I” foams and have a flame spread of less than
> 25. (Flame spread rating is explained in the Appendix.) But even these more
> highly fire-retardant foams can be a fire hazard. Again, that's not because
> the foam burns -- most won't burn but very little when isolated. The hazard
> exists because foam is such a superior insulation.
> 
> Because of this superiority, urethane foam, left exposed as a lining of a
> building, helps create a reflector oven in the building's interior. So, the
> heat from a fire started within the confines of the building has no place to
> go. The heat radiates from the fire to the foam and back to the fire, again
> and again. The temperature rise is phenomenal! An Upjohn engineer told me
> that a normal house burns at about 3500 F -- maximum temperature. Fire
> temperatures within a urethane foam lined metal building will hit 10,000 F
> within 30 seconds."
> 
> ---Now do you see why I used the word "crematorium"?
> 
> Anybody with more than a passing interest in sprayed-in-place insulation
> should read David South's entire e-book.
> (link to complete book in .pdf format, 1943kB)
> http://tinyurl.com/3d9wnt
> 
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