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Home : Computer Hardware : Thermal Compound :

INNOVATION COOLING Diamond 7 Carat Thermal Compound, Electrically Non-Conductive

Diamond 7 Carat Thermal Compound, Electrically Non-Conductive
INNOVATION COOLING
Mfg. Part No. Diamond 7 Carat
Item Code. ATC-ING-DIAMOND7CARAT
This product is currently priced at:
$8.05
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INNOVATION COOLING Diamond 7 Carat PRODUCT INFO MANUFACTURER LINKS:   Diamond 7 Carat Specs  

Overview:

IC Diamond 7 Carat Thermal Compound maximizes thermal heat transfer between the CPU core and heatsink by taking advantage of diamond's superior thermal conductivity

Purified synthetic diamond has a thermal conductivity of 2,000-2,500 W/mK compared to 406-429 W/mK for pure silver.

Diamond's five times better thermal conductivity compared to silver makes it a superior heat transfer material for cooling high performance CPUs and is electrically non-conductive and non-capacitive.

Application: IC Diamond is composed mostly of diamond powder, and as such is quite thick. Proper application is critical to optimum performance. Squeeze onto the center of the CPU an amount of IC Diamond compound about the size of a pea - the center of the CPU is where most heat is concentrated. Place the heatsink on the CPU and push down to spread IC Diamond over the CPU's surface. Clamp the heatsink and power up the PC.

Curing Time: IC Diamond requires minimal time to attain peak performance; in most cases, IC Diamond will reach peak performance after two hours of use.

Stability: IC Diamond is designed for stability - it will not bleed or separate in normal use.

Features:

  • Each tube of IC Diamond Thermal grease contains 7 carats of micronized diamond with diamond particle loadings @ 94% by weight. Material loading above 90% is recommended as the best combination of rheological and thermal properties to minimize interface pump out due to thermal cycling.
  • Superior bulk conductivity
  • Excellent thermal impedance
  • Tight particle distributions
  • < 40 µ maximum particle diameter
  • Silicone free
  • Lower viscosity
  • Greater stability
  • Non capacitive or electrically conductive

Specifications:

  • Thermal Conductance: 4.5 W/m-K (data acquired with an ASTM D - 5470 thermal interface test instrument)
  • Thermal Resistance: 0.25oC-cm2/W@ 100 µ BLT
  • Average Particle Size: <40 µ maximum particle diameter
  • Compliancy: RoHS Compliant

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