aside from cooling down your engine remember that coolant has an anti-rust property to protect your radiator.
If the turbidity of the water sample is high enough that it affects its clarity, I don't think you should be using that water for anything.
The quality of tap water varies per area.
But you are right, most water purifying stations actually have filters and softening treatments.
amazing thread
no coolant is good enough. no type of water is good enough. nothing's good enough for a freaking radiator
we're living in a developing country where there are people who have no access to clean drinking water where there are many places that have no tap water tapos po-problemahin ba naman kung ano tamang klaseng LIQUID ang dapat ilagay sa radiator?
[ame]www.youtube.com/watch?v=fxyhfiCO_XQ[/ame]
why water quality matters ^^^^^^ that's why
Last edited by uls; December 3rd, 2012 at 05:00 PM.
^ Your thread is about water quality, then you say that distilled water is a placebo.
What does "water quality" mean to you?
Or gusto mo lang ng discussion?
Jeez!
Oh great. uls is back in trolling form. And no amount of reason will convince the Nouriel Roubini of 3rd world prospects. Seriously move on.
lowslowbenz, for your benefit, if you have well water on one end and distilled water on the other you certainly have good ol' tap in between.
Read up the thread before you try to score hijacking a rather productive exchange.
Everyone's been having a good discussion until now.
Last edited by EVO-V; December 3rd, 2012 at 05:15 PM.
If the water is good enough for me to drink, pwede na rin Sa kotse ko yan...
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Hahaha. I better get out of this thread before I go bonkers.
Have fun people!
guys remember this thread is a workshop thread, so everybody has a right to respond and discuss the cooling systems here...
I don't think the water problems of third world countries are automotive in nature.. maybe sa ibang topic yun.
kahit hindi pag usapan ang water dito, yung mga hindi makainom ng clean water will still not be able to get it...
Yes and no. In the course of normal operation there's a tendency of dissolved solids to get deposited. onto just about every surface. In the case of radiators, once a particle attaches itself to a surface its pretty easy to attract the next one. Scaling initially starts like this until tubes are either insulated and eventually clogged.
If the concentration of the dissolved solids in the water is very high (as seen in the photos) on the first post, the process is accelerated.
Hard water in most cases is still potable.
Can't remember the ppm count for this exactly right now.