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Re: [Healeys] Antifreeze Water

To: <Editorgary@aol.com>, <healeys-request@autox.team.net>,
Subject: Re: [Healeys] Antifreeze Water
From: "Ron Ray" <ronald-ray@sbcglobal.net>
Date: Fri, 30 Jul 2010 15:44:31 -0500
Gary,
 
What specific temperature results did Dr. Science find?
 
Ron
 
 
-----Original Message-----
From: healeys-bounces@autox.team.net [mailto:healeys-bounces@autox.team.net]
On Behalf Of Editorgary@aol.com
Sent: Friday, July 30, 2010 3:14 PM
To: healeys-request@autox.team.net; healeys@autox.team.net
Subject: Re: [Healeys] Antifreeze Water
 
In a message dated 7/30/10 10:48:45 AM, healeys-request@autox.team.net 
writes:
 
 
> I've been using it for years. It's most effective if you run 'pure' 
> distilled water, since water has better thermal transfer properties than 
> antifreeze. But, I add it to my approx. 60/40 water/antifreeze coolant
mixture. I 
> think, at best, with this mixture it's good for a degree or two cooler 
> running (but that just might make the difference under certain
circumstances).
> 
> bs
> 
 
The advice I've received from individuals as well as from the radiator 
specialists is to never use distilled water in a radiator. Just use regular 
water. My very unscientific understanding is that distilled water tries very
had 
to become hard water, pulling extra molecules off the cooling system and 
actually causing corrosion. 
 
I've been using Water Wetter routinely in both the Healey and my race car 
for years. Since it almost never freezes here, and radiator "coolant" 
actually has less cooling capabilities than regular water and many versions
are 
super-poisonous to pets and little kids, even though they're sweet and taste

good, I don't use it in the Healey. And of course, since coolant is 
superslick, we're not permitted to use it in the race cars. The WW, on the
other hand, 
does improve cooling properties, which having additives that are good for 
the water pump.
 
And if you don't believe it works, put two pans of water on the stove with 
cooking thermometers in them, one with the appropriate proportion of WW and 
one without and see what the water temperature is at when the water begins 
to vaporize (i.e. "boil"). What the heck, run a third test with water with 
"coolant" in it. See what the differences are. Report back to the class. (I 
did this once for a magazine article -- felt like Dr. Science).
 
Cheer
sGary
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