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Carbon fiber thermal pad is a kind of thermal pad with thermally conductive carbon fiber as the main raw material. It is used between the heating element and the radiator. By filling the air between the gaps between the two, the heat of the electronic equipment is accelerated, thereby ensuring the electronics Product performance and longevity. Thermally conductive carbon fiber is a high thermal conductivity carbon fiber material with good mechanical properties and excellent thermal and radiation heat dissipation capabilities. The fibrous high thermal conductivity carbon powder made of this carbon fiber itself is fibrous and can be designed with heat conduction orientation. This is the difference The biggest difference and advantage of previous thermal conductive materials.
Carbon fiber thermal padIt is a thermal pad mainly made of thermally conductive carbon fiber, used between heating components and heat sinks. By filling the gap between the two with air, it accelerates the heat dissipation of electronic devices, thereby ensuring the performance and lifespan of electronic products. Thermal conductive carbon fiber is a high thermal conductivity carbon fiber material with good mechanical properties and excellent thermal and radiation heat dissipation capabilities. The fibrous high thermal conductivity carbon powder made from this carbon fiber itself is fibrous and can be designed with thermal conductivity orientation, which is the biggest difference and advantage from previous thermal conductivity materials.
Thermal conductivity: 15.0W/m-K Thermal conductivity: 15.0W/m-K
Soft surface and good compressibility. The surface is soft and has good compressibility
Good thermal stability
Low thermal resistance
Lightweight, lightweight
Military Electronics
Radar radar
Large Server
GPU Image processor GPU, Image processor
High frequency networking equipment
Property Characteristics | LBD-GPP1500C | Unit | Tolerance | Test Method |
Main components of composition | Filled silicone elastomer and carbon fibre | — | ||
Color Color | Black (black) | — | — | Visual |
Thermal conductivity | 15.0 | W/m.K | ±2.5 | ASTM D5470 |
Thermal resistance (1mm, @ 20psi) | ≤0.15 | K*in2/W | ±10% | ASTM D5470 |
Thickness Range | 20~80(1mil=0.0254mm) | mil | ±10% | ASTM D374 |
0.5~2 | Mm millimeter | ASTM D374 | ||
Hardness hardness | 45 | Shore 00 | ±5 | ASTM D2240 |
Density density | 1.5 | g.cm-3 | ±0.2 | — |
Temperature Range Operating Temperature | -50~180 | ℃ | — | — |
Tensile strength | ≥0.12 | Mpa | — | ASTM D412 |
Elongation rate and elongation rate | ≥200 | % | — | ASTM D412 |
Compression ratio (@ 50psi) | ≥40 | % | — | ASTM D695 |
TML | 0.49 | % | — | ASTM E595 |
Flame Rating | UL 94 V-0 | — | — | UL 94 (UL FileE495119) |
Insulation performance | electric conduction | — | — | — |
Standard Sheet Size | 150*150 | mm | — | — |
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