After the overwhelming success of the Liquid Pro, the new Coollaboratory Liquid Ultra was developed. Of course the Liquid Ultra is also made of 100% metal, but it has an absolute new usability and offers an outstanding performance. Due to the paste-like texture the application is now very easy.

The Coollaboratory Liquid Ultra was optimized for highest performance and optimal usability. The thermal compound consists to 100% of metal, but can be applied very easy with a commercial brush. The processor (Heatspreader) should be cleaned thoroughly before apply the Liquid Ultra, in order to eliminate dirt, old thermal compound or fat.

Depending on the size of the Heatspreader, three to four division lines of Liquid Ultra should be applied centrically on the Heatspreader. Then the Liquid Ultra should be disposed slowly and without pressure on the Heatspreader. The less pressure is used when elapsing, the easier the Liquid Ultra can be applied. The Liquid Ultra has a pasty form, whereby the application goes very fast. Please pay attention to coat also the edges of the Heatspreaders. Therefore always use the same brush side. It is usually not necessary to apply more Liquid Ultra again for a commercial processor.

When applying Liquid Metal, a little more care is necessary compared to the application of conventional pastes. If you are inexperienced in dealing with computer hardware you may wish to pick another paste that has less performance and less potential risks. (Liquid PRO is electrically conductive)

Download the Material Safety Data Sheet
Manual

NOTE:

Coollaboratory Liquid Ultra was designed for use with high quality coolers made of copper or silver. Aluminum coolers are unsuitable for use with Liquid Ultra.

DO NOT USE ALUMINUM COOLERS
or allow Liquid Pro to come in contact with any aluminum, or other non-copper surfaces. Aluminum is not resistant against Liquid Pro and will result in damages to any aluminum surface. Aluminum will dissolve when in contact with Liquid ULTRA.

AMD CPUs use a Zinc-coated Copper Heat Spreader and therefore are perfectly safe to use.

Like all metals, Liquid Pro may act as an electrical conductor. This forms no problem if applied according to the directions provided, as your cooler is a conductive metal as well. Make sure Liquid PRO does not touch any electric components. This could lead to short circuit when power is on. If you spill some of the Liquid Pro, wipe it away thoroughly before turning your PC on. Larger quantities can be sucked away with the syringe, or use a paper towel for smaller amounts.

Art:	Wert
pH-value (20 °C):	not applicable
Melting point (°C):	8°C
Boiling point (°C):	> 1350 °C
Inflammability (°C):	not applicable
flash point (°C):	not applicable
Vapour pressure (°C):	<10-8Torr bei 500 °C
Density (g/cm3):	6,85g/cm3
bulk density (kg/m3):	not applicable
Solubility in water ( 20°C in g/l):	insoluble
Solubility in organic solvents:	insoluble
dynamic viscosity (mPa s/20° C):	0,0018
lower explosion limit:	not applicable
upper explosion limit:	not applicable
Electrically conductivity:	7,28*106 S/m

01-11-2012
Reviewer: Roger (2)
I had to replace the fan on an NVIDIA video card which of course required removing the heatsink/fan assembly. After the repair, I put a drop of this liquid metal material on the heatsink where it contacts the GPU chip. It "wet" the copper very nicely and with a paper "rod" (a Q-Tip with the end removed), I distributed the liquid metal over the square area that the GPU contacts. Then I remembered seeing a video somewhere showing that the liquid metal will even wet silicon... so I tried it. I put a tiny bit on the GPU chip itself and it wet nicely (by "wet" I mean like the way solder adheres and flows nicely in a solder joint). So now the GPU chip and the heatsink were "tinned" with the liquid metal. I put the heatsink back on and put the card back into the PC. Now the GPU chip temperature runs about 5 to 8 degrees C cooler than it did ever before and (strangely?) the heatsink itself feels WARMER than it did before. I can only assume that this is because the liquid metal TIM material is conducting the heat away from the GPU a LOT better than the old "goop" did and dumping that heat into the heatsink. In summary... this is GREAT stuff. Super easy to apply and works right away (doesn''t need the "burn-in" process that the "liquid metal pads" need). Two warnings though: (1) The liquid metal material will attack aluminum. If you have an aluminum-only heatsink, do NOT use this stuff. If you have a copper and aluminum heatsink, apply the liquid metal to the copper and avoid getting it on the aluminum. (2) The liquid metal material is electrically conductive, so BE SURE that none drips onto any part of a CPU or GPU chip (or the motherboard) that has circuitry on it as you will create a short circuit and end up needing to buy more parts! :) Great stuff... both thumbs up!

08-06-2010
Reviewer: ()
So i bought this to use on my overclocked gaming pc, with an e8500 runing at 4.03ghz, and at first i thought my temps wouldnt change but boy was i wrong. with artic silver 5 my tmeps at at idle temp at 33c, full load hit mid 50c to high 50c. with the liquid ultra my temps at idel were the same 33c, and full load were 40c to 47c. i was very impress at happy at the same time. camt wait to use this on my video cards once i get the coolers for them. great purchase, it comes with 2 little brushes to spread it but i would suggest just not using them, and using a qtip instead. great product, cant wait to see how it will help temps on my video cards

05-12-2010
Reviewer: ()
I am using this TIM on my EVGA GTX 295 and core I7 920 @ 4.2G. First of all, I can give this product a 5 just for the ease of installation. This was the easiest TIM I have ever applied. Just use the supplied brush and spread the TIM on the cores. Only a very small amount is needed. My GTX 295 idles in the low 40''s and never reaches over 51 c while running folding@home 24/7 on both GPU''s. My CPU idles in the mid 30''s and doesn''t exceed 63 c while stress testing. Not sure why the other reviewer had issues, maybe he applied too much TIM? My installation went flawless.

04-28-2010
Reviewer: Porpoise Hork (2)
I got this TIM on the reviews claiming it had the best overall heat transfer of spreadable TIM''s on the market. first let me point out that this stuff is a total pain in the butt to spread. you have to go so slowly or it won''t stick and balls up on the supplied brush. I first tried this on my gtx 275. absolute nightmare getting it to spread across the gpu surface. but eventually I got it on there. fired it up and my temps shot up BIG TIME. went from 44c idle on MX-3 to 56c idle with liquid ultra. so I ran a benchmark run to see if it needed to "burn in" despite nothing stating that in what they call instructions. my gpu temp used to top out at 65c was now reaching 90c+ when I shut vantage down 23 seconds in the first run. miffed I removed the card and cleaned the gpu with the one and only cleaning wipe supplied with this stuff. It did work well for cleaning the Ultra off, but was no longer useable after. I figured it might not work well with GPU''s so I tried it on my i7 920 clocked to 3.3GHz before with the h50 my idle main core temps with MX-3 were 22-3c and LINX temps were 57-59c 20 run stable. after I applied this TIM my idle temp shot up to 30c and linx temps passed 70c and were steadily climbing when I shut linx down. needless to say this was a huge letdown. Also since Coollabratory saw fit to only include a single cleaning wipe and neither rubbing alcohol or Arcticlean would fully remove the residue from my cpu I had to take the abrasive pad they included to scour my cpu face to remove the remnants of this gloop.. in short don''t waste your money on this. stick to your trusted TIM instead of this junk.