Does Water Wetter Actually work?
Less glycol = better cooling. Just be sure you don't need ANTIFREEZE protection. This page has info aplenty:
http://www.redlineoil.com/redlineoil/wwti.htm
[Modified by rocketfinger, 6:13 PM 4/5/2002]
What's "expensive"? Who makes it? :cheers:
[Modified by rocketfinger, 7:52 PM 4/5/2002]
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Just an opinion, many others may be able to help you here.
Nothing readily available will cool better than pure water. AF (coolant) is to protect your engine from corrosion and reduce the freeze point of the mixture. WW provides some corrosion protection and wetting agents (also like normal AF) to allow the use of more water and therefore better cooling. However, it cannot protect from corrosion forever. I would ask them, RedLine can probably give you a good answer about how long you can go with a racing mix of WW and H2O.
Pete


I'm running about a 40/60 coolant/water mixture with a bottle of water wetter now. It seems to do a lot better. I'm still chasing some cooling problems, but this has helped the best so far.
Too bad its not like my Honda, alluminum block, alluminum heads, alluminum radiator, and an insanely large fan. She barely ever moves the needle, and I'm in Phoenix, 25 miles a day commute through traffic. :eek:
my .02
B


I contacted RedLine and they said that is perfectly fine to use Water Wetter with dexcool. They did say however that ww should be changed once a year to maintain its corrosive protection.
Kevin aka: Crusher




My concern is with reduced concentrations of DexCool. There is sooooo much rumor. There were problems with 95 Blazers, and SS Impala's with the LT1, and some others. GM and Texaco studied the problems and came up with a video tape and and conference presentation on it. GM also issued a TSB and one of the points was to never run DexCool below 50/50 (with water) even though Texaco still allows 40/60 (water).
Give me a minute and I'll find a link to the article, posted last year.
Link to article #1: http://www.imcool.com/articles/antif...l-macs2001.htm
Link to article #2: http://www.imcool.com/articles/antif...ohnbrunner.htm
I'll see if I can post the full TSB from GM.
Can only copy a piece, from TSB #00-06-02-006:
The chemical inhibitors in DEX-COOL® are a critical part of protecting the cooling system. The inhibitors provide more than
just freeze and boil protection, they are the necessary components for overall corrosion protection of the cooling system. A
proper mix of 50/50 DEX-COOL® and water is essential. A 50/50 mix ensures that the proper amount of chemical inhibitors
are in the coolant.
Important
At low concentrations (less than 30% DEX-COOL® to water), these inhibitors may not be able to adequately provide
corrosions protection and damage may occur to the cooling system components.
Radiator drain and fills are a major contributor to improper coolant concentration. Drain and fills only remove about half of a
cooling system's coolant. When the new coolant is added, it combines with the old coolant (with depleted chemical inhibitors)
and the resulting mixture is considerably less than a 50/50 mix. For this reason, radiator drain and fills are no longer
recommended as a means for a coolant change service (refer to the Equipment portion of this bulletin).
Low coolant concentration can also result from topping off the cooling system with water, and improper filling when system
components are serviced.
Assuring System Integrity
A properly functioning radiator cap is essential to achieve the intended system performance. Radiator caps should be tested
before reinstalling to assure they are operating according to their specifications. If any evidence of contamination is present, or if
the cap fails to test to specification, it should be replaced.
Maintaining a completely full cooling system is likewise critical to its performance. Whenever cooling systems are flushed or
coolant is exchanged, the possibility of introducing air into the system exists. See applicable Service Manual and bulletins for
procedures. Air pockets in the cooling system can take as long as 161 km (100 miles) to be completely expelled. For this
reason, it is critical to check the level of both the radiator and coolant recovery bottle 161 km (100 miles) after any cooling
system service. Owners should be advised of the importance of maintaining cooling system at the proper level and referred to
their Owners Manual for information.
[Modified by PeteL, 6:41 PM 4/18/2002]
[Modified by PeteL, 6:50 PM 4/18/2002]











