Innovation Cooling Diamond "7 Carat" 1.5 g Thermal Paste
 | — | N/A |
MERCHANT | SHIPPING | PROMO | AVAILABILITY | TOTAL |
| — | — | Unavailable | N/A via Amazon |
MERCHANT | SHIPPING | PROMO | AVAILABILITY | TOTAL |
| — | — | Unavailable | N/A via Amazon |
Additional Features
• SUPERIOR THERMAL PERFORMANCE- Engineered and made by 3M corporation to meet OEM specifications for the best combination of maximum performance and durability and is packaged by Innovation Cooling for retail sale
• SUPERIOR RELIABILITY- Used in mission critical applications for the military defense sector in Aviation and Naval electronics. High/Tight particle density seals in liquids and retards fluid loss lasting 3 to 4X times typical Asian retail repacks
• INTENDED USE INCLUDE but not limited to CPU,GPU Game Stations, LED Lighting, IC Packaging, Battery Thermal Management
• CONTAINS 92% PURIFIED SYNTHETIC MICRONIZED DIAMOND - a natural thermal superconductor with a conductivity of 2,000-2,500 W/mK compared to 406-429 W/mK for pure silver
• WILL NOT PUMP OR BAKE OUT -when properly used and is neither Non capacitive or electrically conductive. C of C available on Request
Additional Features
• SUPERIOR THERMAL PERFORMANCE- Engineered and made by 3M corporation to meet OEM specifications for the best combination of maximum performance and durability and is packaged by Innovation Cooling for retail sale
• SUPERIOR RELIABILITY- Used in mission critical applications for the military defense sector in Aviation and Naval electronics. High/Tight particle density seals in liquids and retards fluid loss lasting 3 to 4X times typical Asian retail repacks
• INTENDED USE INCLUDE but not limited to CPU,GPU Game Stations, LED Lighting, IC Packaging, Battery Thermal Management
• CONTAINS 92% PURIFIED SYNTHETIC MICRONIZED DIAMOND - a natural thermal superconductor with a conductivity of 2,000-2,500 W/mK compared to 406-429 W/mK for pure silver
• WILL NOT PUMP OR BAKE OUT -when properly used and is neither Non capacitive or electrically conductive. C of C available on Request
