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Heat conductive silicone grease is widely used to fill the gap between power heating element and radiator, especially high power LED heat dissipation or coating, to derive the heat produced by components. Such as CPU and radiator gap filling, high-power transistor, thyristor element, diode and substrate (aluminum, copper) converter, power module, oven, induction cooker, coffee pot gap filling, TV power amplifier tube and heat sink, Semiconductor refrigeration, etc. Reduce the working temperature of the heating element.
Oven gap filling
Power module
High power triode
LED heat dissipation gap filling
Thyristor component
CPU gap filling
| Performance | Test data |
| Appearance | White paste |
| Penetration degree（1/10mm，25℃） | 260～340 |
| Specific gravity （g/cm3） | 2.8-3.2 |
| Bleed （%。150℃，8h） | ≤3.0 |
| Fugitive constituent（%。150℃，8h） | ≤2.0 |
| Break down strength（kv/mm） | ≥5.0 |
| volume resistivity（Ω.cm） | 4×1014 |
| Thermal conductivity（w/m·k） | ≥0.8 |
Clean the surface, remove the greasy dirt, then extrude thermal conductive silicon grease directly.
The uniform coating should be applied to the surface. The coating can be brushed, scraped or rolled as needed.
If the user uses silicone oil to dilute, not only occur oil separation easily, but also make the thermal conductivity smaller. Therefore, we suggest customers choose their ideal models to ensure the using quality.
The coating surface should be uniform, coating more isn’t mean the better, but in the premise of filling the surface gap, coating a thin layer is enough.
Packing specification: 1.0kg/ can, negotiable to according to the user's needs.
Storage: store in a cool and dry place for one year.
Note: The above data are based on our extensive experiments and the results are reliable. However, due to the diversity of practical applications, the application conditions are not within our control, so users need to conduct tests before using to confirm whether this product is applicable or not. We do not warrant any problems arising from the use of our products under specified conditions and are not liable for any direct, indirect or accidental loss. If any problems in usage, you can contact our technical services department, we will do what we can to help you.
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