Didn't realize that. The water is already out of the lines now, and I have the Ice Dragon coolant flowing. Ice Dragon doesn't require an additive, so I'll keep it in mind if I put water back in.
Also, what cpu are you using? If it's an Ivy Bridge, people are seeing pretty good results from removing the heat spreader and swapping out the thermal past.
If you have different metals contacting the water in your in your loop (e.g. stainless block, copper fittings), you're also going to want a sacrificial anode in your reservoir to avoid galvanic corrosion of a bimetallic loop.
If you have different metals contacting the water in your in your loop (e.g. stainless block, copper fittings), you're also going to want a sacrificial anode in your reservoir to avoid galvanic corrosion of a bimetallic loop.
I'm using copper and nickel. The two should play well together.
Also, what cpu are you using? If it's an Ivy Bridge, people are seeing pretty good results from removing the heat spreader and swapping out the thermal past.
Core i7 2600K. The CPU PLL voltage is bumped up by either 0.02V or 0.2V (I'm not at the computer at the moment and can't remember which it is), which allowed 4.8GHz. I'd imagine a couple more voltage tweaks would allow more speed, but I haven't taken the time to figure that out.
Comments
They can found at most watercooling shops online.
http://www.petrastechshop.com/sikibyia.html
Also I would have went with compression fittings over barbs all day. Easier to use, less chance of leakage and they end up looking better.