Unique-Bargains
Unique-Bargains Thermal Pad 100mm x 100mm x 1mm Gray 1.5 w/m-K
A 100 mm square, 1 mm thick silicone thermal pad rated at 1.5 W/m-K conductivity for CPU and heatsink gap filling
- Bridges uneven surfaces for better heat transfer
- 5 w/m-K thermal conductivity moves heat efficiently
- Withstands 50 to 200 °C operating range
- Low-hardness silicone cushions and dampens vibration
- 100 mm square sheet trims to fit any component
100mm square 1.5 W/m·K pad
The Unique-Bargains thermal pad measures 100mm by 100mm with a 1mm thickness. Grey silicone material provides 1.5 W/m-K conductivity to bridge gaps between a component and its heatsink. The sheet withstands operating temperatures from 50 to 200. Supplied as a single piece for custom cutting.
Builders needing a compliant gap filler
Suits repairs where a soft, compressible pad conforms to uneven surfaces and provides damping. Not suitable for applications that require a higher thermal conductivity rating than 1.5 W/m-K. Buyers who need a different thickness or a larger continuous sheet should look at other options.
1.5 W/m-K thermal conductivity
This single figure determines whether the pad can move enough heat for the target component. Compare the 1.5 W/m-K rating against the thermal design power and mounting pressure of the device being cooled. If the design demands greater conductivity, a different interface material is required.
Highlights
- Bridges uneven surfaces for better heat transfer
- 5 w/m-K thermal conductivity moves heat efficiently
- Withstands 50 to 200 °C operating range
- Low-hardness silicone cushions and dampens vibration
- 100 mm square sheet trims to fit any component
Specifications
| Brand | Unique Bargains |
|---|
Questions about this item
Should I pick the 1 mm thickness or a different size?
Choose the pad thickness that matches the gap between your component and heatsink; this pad is 1 mm thick and 100 mm square.
What does 1.5 w/m-K mean for my CPU temperatures?
The 1.5 w/m-K conductivity rating indicates modest heat transfer; it suits low-power chips or memory modules rather than high-wattage CPUs.
Is the 50 to 200 °C withstand range enough for a GPU hotspot?
Yes, the pad tolerates 50 to 200 °C, covering typical GPU hotspot temperatures under load.
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