Cool Laboratory Liquid PRO consists of 100% liquid metal - the metal remains liquid at ambient temperature. The Liquid PRO paste has a heat transfer rate over nine times that of conventional thermal compounds!

Liquid PRO does not contain any non-metallic additives such as silicone. Due to this composition it out performs the best thermal compounds on the market by a factor 9.

The liquid metal behaves similar to mercury. Application of the thermal compound should be done with a small, lint-free brush to distribute the compound evenly across processor or heat sink. After installation the Liquid PRO will mature in 48 hours. It solidifies at that time and achieves its optimal cooling performance.

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

NOTE:

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

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 PRO.

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.

NOTE:
The Coollaboratory Liquid PRO was mistakenly reported as being toxic. We apologize for this error. The Liquid PRO is not a poison, is not a fire risk, nor is it an explosive. We do recommend taping the plastic top onto the syringe before disposing of it to prevent others from cutting themselves on the product.

Amount:	0.15ml
Heat Conductivity Value:	(Higher is Better)
Coollaboratory Liquid PRO:	82
Heat conducting paste high-quality:	6 - 9
Heat conducting paste normal:	0.5 - 2
Heat conducting glue:	0.8 - 1.1
Air:	0.026

12-15-2009
Reviewer: JS (4)
Coollaboratory liquid metal not only has a high thermal conductivity and works well for air cooled rigs but it does especially well for TEC and phase change applications as its melting point is 8 degrees C, so it solidifies into a block of metal giving a near perfect thermal interface. Great support from the company when asking them about sub-zero specs. A few application tricks: Use dielectric under and along sides of CPU topped off with a silicone sealant to prevent any from getting to CPU during application and afterwards. I also lapped both the CPU and the cooler interfaces to 1/2000, used Arctic cleaning solutions, and then applied the liquid metal to both interfaces and put a small bead in center with a lot of clamping pressure.

11-18-2009
Reviewer: Foxx (1)
Without a doubt this is the best TIM I''ve ever used, but beware, if you''re one like me who rebuilds their system every few months, this is not for you. Once its hardened on your CPU and cooler, you will need to lap both surfaces to get them clean and smooth again. This stuff is great, but it just isn''t for me.

10-21-2009
Reviewer: xrror (1)
So I stumbled upon my syringe of this again the other day (it''s been what, 2 years?), and decided to try it out again. This stuff still works really well =) It''s particularly awesome with bare dies (read: video cards). Also if you lap both your cpu and heatsink it''s awesome since it''s "thin" but doesn''t creep. Only real downer i''ve had is it seems to really grime up heatsinks when in use for a year or so - I had to relap the heatsink to fully clear it off. So if you change heatsinks a lot might not be so great. But I''m not sure my experience is typical.

11-10-2007
Reviewer: Franzkefka (13)
Applyed to a Opteron 170 @ 3ghz 1.475v with no IHS under water cooling and my temps are 35''c loaded dual prime, Compaired to over 45''c on Dynex silver compound. which is about the lowest of the low when it comes to silver compounds. this stuff is a bit tricky to apply but take your time and its well worth the extra couple of bucks for this stuff.

05-29-2007
Reviewer: m.oreilly (1)
this is "it", as far as thermal interface goes. superior product (i have been ordering from coollabs themselves for a time before ''frozen" had it). take care at application, and you will have the ultimate thermal interface solution!