Thermal Management Materials
Thermal pads
Thermal pads
GRAPHITE HYBRID SHEET GHS-25
Stacked layers work together to prevent hot spots and returned heat to the device.
Feature
Ideal for attaching to the inside of plastic case of electronic devices.
Low thermal conductivity layer reduces speed of heat transfer to graphite layer, prevents hot spots from occurring, and impedes heat reflection back to the heat source.
One side heat-resistant adhesive tape.
Addition of low heat reflection layer helps to reduce the temperature of heat source.
- Silicone-free
- High thermal conductivity
- Heat dissipation material
- Thin type
- One side tacky
Materials
Specification
List
| Material | Artificial graphite | Feature | Silicone-free, High thermal conductivity, Heat dissipation material, Thin type, One side tacky |
|---|---|---|---|
| Color | Black | Specific gravity | - |
| Volume resistivity(Ω・cm) | - | Tracking resistance test CTI(V) | - |
| Hardness(ASKER C) | - | Hardness(Shore OO) | - |
| Hardness(Shore A) | - | Thermal conductivity(Hot wire method)(W / m・K) | - |
| Thermal conductivity(Hot Disk method)(W / m・K) | - | Phase change temperature(℃) | - |
| Permeability(μ') | - | Maximum effective dimensions(mm) | 195×510 |
※Thermal Conductivity（Laser flash method W/m・K）：1400 or more(Surface direction）
Different part number may have different characteristics. Please refer to the catalog for details.
Please refer to the catalog for thermal conductivity standards.
The thermal pad can be layered to make it thicker.
Product Dimensions
Part No. list
You can download a drawing and a test report,
add an sample to Sample Request Box per part number.
| Part No. | Thickness(mm) | L1(mm) | L2(mm) | Flame retardance(UL) | Download Data | Sample Request |
|---|---|---|---|---|---|---|
| GHS-25 | 0.6 | - | - | - |
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