Greasewars: Nanotherm vs. Arctic Silver
  Introduction
  When the 
    rare opportunity to assist in product development knocks, I always open the 
    door. Scott Gallmeyer of ESG Associates 
    approached me a few months ago to ask if I'd be interested in testing a new 
    thermal grease. Now, he never said the goal was to compete with the best, 
    Arctic Silver, but midway through testing we both realized that creating a 
    top notch product was within reach.
  After many 
    weeks of mixing the magic goo, Scott sent me the final batch. My poor CPU 
    clip took much abuse, what with the regular installation and removal of the 
    massive heatsink and grease. I ran 3DMark2001 for the last time and stared 
    intently at the screen as MBM5.08 told the inevitable results: Nanotherm Ice 
    & Blue were both winners!
   
     
      
         
          | Factory 
              Specifications | The 
              Unit | 
         
          | 
              Available 
                in two flavors: Ice & BlueNegligible 
                Electrical ConductivityThick, Viscous, 
                Sticky ConsistencyDoes not 
                Separate, Leech or Dry OutPrice: $5.95 
                USD for 1g/1cc |  | 
      
     
   
  The Product
  I remember 
    an old TV ad that opened with senior citizens driving down a crowed street. 
    A woman asked the male driver about changing the car's oil and his reply was, 
    "motor oil is motor oil."
  When setting 
    up your new P4 or T'bird screamer, I'm sure most consider very carefully every 
    single part that goes into the case. Except for some odd reason, the thermal 
    grease gets left out. Some argue the benefits when grease is substituted for 
    an inefficient pad, but is there is difference between greases themselves? 
    Can one be significantly better than another? If you recall my aging Arctic 
    Silver review, you'll see that quality of thermal paste varies greatly. 
    
  What I've 
    discovered with heatsink compound is that generally speaking, you want a thick 
    viscous compound. This is good for several reasons. First, a viscous grease 
    is less prone to drying out over time (months, years). Second, tiny air pockets 
    are less likely to decrease the tight coupling between heatsink and CPU. For 
    the remainder of the Nanotherm benefits, surf on over the ESG 
    Associates site and click on products.
  Both the 
    Nanotherm products have the same characteristics, except that Blue is well, 
     blue in color. This color could be useful 
    in finding peaks or dips in the supposedly flat surfaces that mate together. 
    The dark color increases contrast and will leave its mark when wiped clean. 
    Cleanup is easier than expected too. Some thick greases are a mess to remove 
    because they are also sticky and leave a film behind that must be scrubbed 
    with isopropyl alcohol. Nanotherm's products require no such alcohol as I 
    cleaned them with only a tissue or paper towel.
  