Product Details:
Payment & Shipping Terms:
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| Product Name: | Phase Changing Materials | Color: | Yellow |
|---|---|---|---|
| Thermal Conductivity: | 0.95 W/mK | Phase Transition Temperature: | 50℃~60℃ |
| Thickness: | 0.127mm~0.25mmT | Density: | 2.2g/cc |
| Setting Temperature: | 70℃ For 5 Minutes | ||
| High Light: | thermal insulating materials,heat sensitive materials |
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Notebook and Desktop PCs Phase Changing Materials For IGBTs 0.127 - 0.25mm Thickness Replace LairdT-PCM905C
The TIC™800Y Series is low melting point thermal interface material. At 50℃, The TIC™800Y Series begins to soften and flow, filling the microscopic irregularities of both the thermal solution and the integrated circuit package surface, thereby reducing thermal resistance.The TIC™800Y Series is a flexible solid at room temperature and freestanding without reinforcing components that reduce thermal performance.
The TIC™800Y Series shows no thermal performance degradation after 1,000 hours@130℃,or after 500 cycles, from -25℃ to 125℃.The material softens and does not fully change state resulting in minimal migration (pump out)at operating temperatures.
Features:
> 0.024℃-in² /W thermal resistance
> Naturally tacky at room temperature, no adhesive required
> No heat sink preheating required
Applications:
> High Frequency Microprocessors
> Notebook and Desktop PCs
> Computer Serves
> Memory Modules
> Cache Chips
> IGBTs
> Telecommunication
| Typical Properties of TIC™800Y Series | |||||
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Product Name
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TICTM803Y
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TICTM805Y
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TICTM808Y
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TICTM810Y
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Testing standards
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Color
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Yellow
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Yellow
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Yellow
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Yellow
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Visual
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Composite Thickness
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0.003"
(0.076mm) |
0.005"
(0.126mm) |
0.008"
(0.203mm) |
0.010"
(0.254mm) |
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Thickness Tolerance
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±0.0006"
(±0.016mm) |
±0.0008"
(±0.019mm) |
±0.0008"
(±0.019mm) |
±0.0012"
(±0.030mm) |
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Density
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2.2g/cc
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Helium Pycnometer
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Work temperature
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-25℃～125℃
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phase transition temperature
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50℃~60℃
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Setting temperature
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70℃ for 5 minutes
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Thermal conductivity
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0.95 W/mK
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ASTM D5470 (modified)
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Thermal lmpedance @ 50 psi(345 KPa)
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0.021℃-in²/W
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0.024℃-in²/W
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0.053℃-in²/W
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0.080℃-in²/W
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ASTM D5470 (modified)
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0.14℃-cm²/W
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0.15℃-cm²/W
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0.34℃-cm²/W
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0.52℃-cm²/W
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