I fully agree with Phil.  Surely they jest!  Naphtha and trimethylbenzene
have reasonably high boiling points but they are still flammable solvents
and should be treated with respect.  The latter has reported mutation
effects in lab animals (not specifically chemists).  "Hydrocarbon" is very
broad, but usually means a cut or two above naphtha on the distillation
column.  I would be concerned about higher boiling residues creeping into
switches, connectors; their effects on some of the cheaper plastics and
their really good ability to "suck" airborne dusts onto the circuit pack.
As far as the wax, which I presume is what they actually want to put on
their product, they might as well get my grandmother to melt some jam wax in
a double boiler and just pour it on their boards - just kidding!

regards,
Bev Christian
Research in Motion

-----Original Message-----
From: Crepeau, Phil [mailto:[log in to unmask]]
Sent: February 28, 2002 11:40 AM
To: [log in to unmask]
Subject: Re: [TN] Alox 2028D



hi,

surely you jest.  they may be confused.  i use it on the chain of my touring
bike and it works great there.

phil

-----Original Message-----
From: Charlie Pitarys [mailto:[log in to unmask]]
Sent: Thursday, February 28, 2002 8:07 AM
To: [log in to unmask]
Subject: [TN] Alox 2028D



 One of my customers has
selected the Alox 2028D for use as a protective coating on their CCAs.
Can anyone share any info on the benefits of this product (if any) in
electronic packaging?
It is mainly Naptha, Trimethylbenzen, hydrocarbon and parrafin wax.
Described as a metalworking fluid additive.

I can envision a lot of problems with wash chemistry incompatibility,
insolubility and rinse water treatment etc.

Any info will be appreciated.

Thanks

Charlie Pitarys
Director of Application Technologies
603.622.2900 X-115
www.kyzen.com