Step-by-step procedures written to be followed at the bench, plus the occasional longer read on how a fluid behaves. Filter by what you are doing.
Why distilled water alone leaves machining oil behind, and the four-stage flush that does not.
Why Vue is opaque, which colors react to UV, and the three habits that keep it from clouding.
Galvanic corrosion, inhibitor load, and why 15 ml per gallon is not a suggestion.
Ninety minutes once a year buys a loop that still looks new at year three.
Plasticizer, biologicals or dye fallout, three causes that look identical through acrylic.
Heat gun distance, silicone insert choice, and the cool-down that sets the bend.
Square cuts, clean bores, and dry-fitting the whole path before you commit.
Three hot-water passes, then Rad Clean. What comes out will change how you build.
Jumper the PSU, run distilled, and stage the test so a failure costs a towel.
Water blocks, fittings, tubing, pump, reservoir and radiators, every component checked and cleaned on its own terms before a particular fluid ever goes in.
A 48-hour circulation cycle that neutralizes pH and lifts loose debris out of a freshly built loop before your permanent coolant goes in.
The same 48-hour conditioning cycle as SysPrep, run on a loop that has already had coolant in it, pulls residue and dye staining out before a fresh fill.
A 72-hour circulation cycle that coats the loop and neutralizes the pH swing a copper radiator introduces, the final conditioning stage before your permanent coolant.
Fifteen milliliters into a gallon of DI water, the whole batch, mixed once, before it ever touches the loop.
One 8 oz bottle, one gallon of DI water, gently combined, the fastest fill on the whole fluid line.
The full multi-day protocol for reviving a loop that already ran coolant, deep clean, then chemically re-stabilize before the next fill.
Keeping It Cool is the technical library of PrimoChill. Products ship from primochill.com.
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