Waterless coolants?
http://www.evanscoolants.co.uk/news/...oduct-award/86
http://www.evanscoolants.co.uk/news/...oduct-award/86
The waterless coolant sounds interesting. . I wonder whether MB approve them ?
Here is one view from :- http://www.overclock.net/t/1302628/waterless-coolant
If you look at MSDS of evans coolant, it is ethylene glycol + propylene glycol + corrosion inhibitors. Nothing special at all about it. Other then the fact it will have ~1/3 heat capacity of water and 1/3 thermal conductance of water, and will have about 1/3 flow from thick viscosity of propylene glycol, and result in huge increase in core temps. Just 50% propylene glycol + water caused 8C worse core temps in skinneelabs testing. Now imagine no water at all, just all propylene gycol and eythylene glycol, so will increase core temps by significantly more than 8C.
In our pumps, there is no boiling and no cavitation, so no use at all for glycols. If you want anticorrosion, just get concentrated inhibitors without the glycol.
No intelligent reason to put 68% glycol, 30% propylene glycol, 2% inhibitors in one's car....let alone in a computer loop where the boiling/freezing temps are completely irrelevant. The only difference in a water loop you will see is MUCH higher core temps from combination of very poor thermal properties and much reduced flow from the thick viscosity of the glycol mix.
marketing hype aside, if the stuff was so great, all car manufactures would eliminate water and run same. You can buy all the ingredients for a few bucks at any chemical plant.
Last edited by Carsy; Feb 21, 2014 at 02:47 PM.
And I'll add, not sure, if our thermostat's are electronically controlled, but a lower temperature opening thermostat might be beneficial, but it depends on how low our thermostats already do open at.
An intercooler is definitely the most beneficial to cool down intake air; replacing the stock one with a thicker core, or large area would be beneficial. A nice water/alcohol injection would help when you do want to put the power down. Now sure how easy it is in these cars, but hey, look into it!
Lastly, a tune would be beneficial as well
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Just to clarify, water is not an element. Water is a molecule comprised of elements, specifically, hydrogen and oxygen atoms in a 2:1 ratio, therefore H20 is one molecule of water. There are plenty of liquids without water in them, including another element, mercury. Solids, liquids, and gases can change state among those conditions, depending on temperature. Here is a link to a periodic table of the elements.
Last edited by Sportstick; Feb 21, 2014 at 05:49 PM.
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The waterless coolant sounds interesting. . I wonder whether MB approve them ?
Here is one view from :- http://www.overclock.net/t/1302628/waterless-coolant
If you look at MSDS of evans coolant, it is ethylene glycol + propylene glycol + corrosion inhibitors. Nothing special at all about it. Other then the fact it will have ~1/3 heat capacity of water and 1/3 thermal conductance of water, and will have about 1/3 flow from thick viscosity of propylene glycol, and result in huge increase in core temps. Just 50% propylene glycol + water caused 8C worse core temps in skinneelabs testing. Now imagine no water at all, just all propylene gycol and eythylene glycol, so will increase core temps by significantly more than 8C.
In our pumps, there is no boiling and no cavitation, so no use at all for glycols. If you want anticorrosion, just get concentrated inhibitors without the glycol.
No intelligent reason to put 68% glycol, 30% propylene glycol, 2% inhibitors in one's car....let alone in a computer loop where the boiling/freezing temps are completely irrelevant. The only difference in a water loop you will see is MUCH higher core temps from combination of very poor thermal properties and much reduced flow from the thick viscosity of the glycol mix.
marketing hype aside, if the stuff was so great, all car manufactures would eliminate water and run same. You can buy all the ingredients for a few bucks at any chemical plant.
And I'll add, not sure, if our thermostat's are electronically controlled, but a lower temperature opening thermostat might be beneficial, but it depends on how low our thermostats already do open at.
An intercooler is definitely the most beneficial to cool down intake air; replacing the stock one with a thicker core, or large area would be beneficial. A nice water/alcohol injection would help when you do want to put the power down. Now sure how easy it is in these cars, but hey, look into it!
Lastly, a tune would be beneficial as well
http://www.aemelectronics.com/water-...on-systems-52/




ˈeləmənt/
noun
noun: element; plural noun: elements; noun: chemical element; plural noun: chemical elements
1.
a part or aspect of something abstract, esp. one that is essential or characteristic.
I am not referring to the elements of the periodic table, but as the definition states, water being a part or aspect of something. H20 itself is not an element, but a substance or a compound.
Last edited by xXHotelCrazyXx; Feb 21, 2014 at 08:12 PM.
ˈeləmənt/
noun
noun: element; plural noun: elements; noun: chemical element; plural noun: chemical elements
1.
a part or aspect of something abstract, esp. one that is essential or characteristic.
I am not referring to the elements of the periodic table, but as the definition states, water being a part or aspect of something. H20 itself is not an element, but a substance or a compound.
And I'll add, not sure, if our thermostat's are electronically controlled, but a lower temperature opening thermostat might be beneficial, but it depends on how low our thermostats already do open at.
An intercooler is definitely the most beneficial to cool down intake air; replacing the stock one with a thicker core, or large area would be beneficial. A nice water/alcohol injection would help when you do want to put the power down. Now sure how easy it is in these cars, but hey, look into it!
Lastly, a tune would be beneficial as well
"Coolant
The P-51 Maintenance
Handbook recommends a
30/70% mixture of ethylene
glycol and water for warmer
climates and a 70/30% ethylene
glycol and water for extremely
cold climates."
http://www.51-factory.com/cooling_sy...aintenance.pdf
Last edited by xXHotelCrazyXx; Feb 21, 2014 at 11:40 PM.




I don't think the MB engineers envisaged keeping the cab cool with that temp!!.
Yes, I agree , I am amazed how the engine coolant temp never varies. Says something for the controls & radiator capacity.
JC




They do not carry heat as well as a properly diluted glycol coolant.
Your car will run hotter with more variance in temp throughout the engine.
They are good for show cars that are in storage because the chance of corrosion is lower.


