Model # 98003

Internet #202932736

Super Lube 3 oz. Tube Heat Sink Compound
0082353980031

Super Lube

3 oz. Tube Heat Sink Compound

  • Blended with thermally-conductive fine metal oxide powders
  • Non-toxic formula does not harden or melt
  • Does not reach to rubber or plastic
$613 /each
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Product Overview

Super Lube Silicone Heat Sink - 3 oz. tube. Silicone compound blended with thermally conductive, fine metal oxide powders. Will not harden or melt. Will not react to rubber or plastic. Non-toxic.

  • Temperature range from -45 degrees F to +500 degrees F
  • High dielectric strength
  • Excellent heat transfer efficiency
  • Viscosity stable

Info & Guides

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Name 3 oz. Tube Heat Sink Compound 14 oz. LMX Red Grease 3 oz. Multi-Purpose Lithium Grease (3-Pack) 14 oz. Marine Grease
Brand Super Lube UltraLube UltraLube UltraLube
Ratings (28) (0) (6) (1)
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Specifications

Dimensions

Container Size (oz.)
3.0

Details

Container type
Tube
Lubricant base
Oil
Nonconductive
Yes
Protects against rust
Yes
Returnable
15-Day
Safe on any surface
No
Sprays on clear
No
Water repellant
Yes

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Customer Questions & Answers

will this work with the PS3 witht he sink heat issue

will this work good for the ps3 heat sink issue? or is there something better for that?
Asked by: jsaun777
Yes, this is well suited to resolve PS3 and Xbox consoles that suffer from thermal runaway. Arctic Silver 5 would be a good alternative, but AS5 requires proficiency with applying thermal paste. Also, the superlube heat sink compound will last longer than AS5.
Answered by: TheComputerScientist
Date published: 2016-11-10

HEAT SINK COMPOUND REPLACE ALUMILASTIC

CAN THIS BE USED FOR THE REFRIGERATOR THERMOSTAT, ON THE ICE MAKER
Asked by: fred
Great for electronic component heatsink compound. Works very well for all my needs.
Answered by: rtabcum
Date published: 2017-03-02

Can this product be used iver carbon steel pipe?

I'd like to use it on my water heater sensor surgace on the heater
Asked by: Fsrodrigu
Yes, Super lube heat sink compound (# 98003) will work just fine with carbon steel pipe (as long as the adhering surfaces are clean). I have used this on iron, steel, tungsten, copper and brass. No oxidization or corrosion has happened in any application of these metals, and they were applied months ago. It also does not seem to have any chemical reactions with noble, precious, or exotic alloy metals. Used with aluminum, gold, silver, platinum, and some beryllium alloys. (This result should be obvious, but mention it just in case others have concerns about oxidization.)
Answered by: TheComputerScientist
Date published: 2016-11-10

Does this product harden over time at high temperatures? Greater than 200 degrees F.

I just had to replace the Honeywell controller on my furnace for the second time in 12 years. The thermal paste supplied with the last controller hardened up in the thermo well and it took me 3 hours to get the thermo bulb out without destroying or replacing the original thermo well. I don't want to use the supplied paste again.
Asked by: Skip
Specification says 500 degrees F. maximum
Answered by: rtabcum
Date published: 2017-03-02
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Customer Reviews

3 oz. Tube Heat Sink Compound is rated 4.8 out of 5 by 28.
Rated 5 out of 5 by from Have been using this product for 38 months. This produces consistent results long-term. No applic... Have been using this product for 38 months. This produces consistent results long-term. No application has dried/crystallized/hardened. Heat transfer rate is reliable (≈200.5W/m·K) despite low density. Comparatively, AS5 produced cooler temps short-term (≈395.7W/m·K), but after ~12 months thermal runaway was apparent on enterprise servers and required reapplication. Experimented by added 10CTS of 60k mesh diamond powder (1151a) to 1 oz. compound. Transfer rate jumped to ≈998.2W/m·K when used with dense copper heat sinks, peltiers and heat pipes. This mixture trounced premium diamond compounds and cost substantially less. This transfer rate has remained constant for 21 months now and still shows no signs of thermal runaway. In testing we discovered this mixture to be detrimental with smaller, lighter heatsinks. It transferred heat faster than the heat sink could dissipate, so heat is returned to the component. Thermal runaway once the heat sink got fully saturated. In retrospect, 2-3CTS per 1 oz. would produce a better heat-transfer balance for smaller heat sinks. Progressively documented performance vs stock thermal pads and aftermarket (aluminum, ceramic, silver) compounds on identical hardware. Used with computer & electronic components (CPU, GPU, North/southbridge, PPM, heat spreaders, diodes, rectifiers, etc.) The SuperLube heat sink compound is manufactured in 3 size options: 3 oz. (98006), 5 lb. (98050) & 30 lb. (98030).
Date published: 2016-11-09
Rated 4 out of 5 by from I ran out of a thermal paste I normally use, and I wanted to see if this product was a suitable a... I ran out of a thermal paste I normally use, and I wanted to see if this product was a suitable alternative. It's been almost a month and so far I don't see a significant difference between the two.
Date published: 2017-03-14
Rated 5 out of 5 by from Was simple and effective to use. The “paste” aspect... Was simple and effective to use. The “paste” aspect should be stressed, as opposed to “compound” that sounds thick to me. This stuff is like toothpaste.
Date published: 2017-03-07
Rated 5 out of 5 by from Very good on dilivery to store. Sales person who help... Very good on dilivery to store. Sales person who help to order this item was very good at his job. Thank you. Item works very well.
Date published: 2017-06-20
Rated 5 out of 5 by from ample amount of product for my project, and the next several I have planned. ample amount of product for my project, and the next several I have planned.
Date published: 2017-06-28
Rated 5 out of 5 by from Worked well as replacement heat conduction paste in a water distiller... Worked well as replacement heat conduction paste in a water distiller...
Date published: 2017-05-02
Rated 5 out of 5 by from Works great!... Works great!
Date published: 2017-05-02
Rated 4 out of 5 by from It worked! ... It worked!
Date published: 2017-07-25
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