Sorry guys I have not got heat issues but thanks, im technically trying to reduce noise here , i can easily up the pump speed and fans but thats the opposite of what im trying to achieve.
As I said in the Op it's on 24/7 full load on a monoblocked cpu and full waterblocked vega 64 so plenty of heat im just trying to optimise it to get the noise lower, it's a bedroom pc too.
Also were not talking whole loop, the heat sources would be full flow then a split to two rads to reduce the flow while at the same time the fans would remain at 78% , my annoying noise threshold apparently.
And so far I have decided thermodynamics wins but since I have teo rads I can pass slightly cooler water to the system by going res, pump, rad ,load, rad ,res instead of as it is now res, pump, load , rad,rad.
I have no idea how watercooling works, but you could try to use as long as possible and thin hoses, in combination with an exhaust case fan. Thin hoses might increase your mobility, letting you guide the hoses allong anything that is cooler, along the way.
Using the cooling you have as efficiently as possible, and double dipping as much as possible.
I dont know if you can just use hoses and mod as you please with watercooling, but you could even just take some heatsinks you might have lying around, drill appropriate holes for your hoses, and guide them through there.
As long as your case temp stays cool, anything heatsinky will have the potential to passively buff the heat you lose along the way.
If your trully a nutter, I'd say: man can do much with copper pipelines, a blowtorch and a cognitively drawn design architecture.
As far as plastic hozes go, the bendy ones usually feel damn isolating. Dunno if you're handy with a soldering iron an a blowtorch, though?
I have to repeat this every 6 months or so when people come with water cooling questions. It doesn't matter what order you put your parts. Within a few minutes the water inside your loop reaches an equilibrium and ordering ceases to matter, since all the liquid in a loop becomes the same temperature.
That doesn't make any sense. Liquid leaving the CPU, will be hotter than that same Liquid entering whatever comes after. Or GPU. Or whatever hot that it is cooling.
Seeing CPU's are generally out run by GPU's, in my experience and world, i'd stick CPU before GPU, with or without a 'rad'(correct me if I'm wrong, this is to be the radiator that cools the liquid, right? ) in between. Simply cause hot -> cool takes longer than very hot -> cool, vice versa. Thats passive cooling you're throwing away.
You say "keep the change" alot when shopping? I do to, but thats cause I'm usually not making any sense in public places with lots of stimuli, and no clear goal.
Just uses the ambient air temp to cool 
the good model, with injection and sturdy side mirrors hard as brick, old, but still pumping to that 170km/h like a beast) might actually be the first to have a working radiatorfan 
