Unique-Bargains Thermal Pad 100mm 1mm 1.5 W/mK Gray
A 100 mm square silicone thermal pad, 1 mm thick, rated at 1.5 W/m·K and usable from 50 to 200 °C
- Bridges uneven surfaces for better heat transfer
- 5 W/mK conductivity moves heat efficiently
- Withstands 50 to 200 °C operating range
- Low-hardness silicone cushions and dampens vibration
- 100 mm square sheet cuts to custom shapes
What this pad does
The Unique-Bargains thermal pad is a 100 mm by 100 mm by 1 mm silicone sheet rated at 1.5 W/mK. It fills microscopic gaps between a component and its heatsink so heat moves more efficiently. The material stays flexible and provides a slight damping effect. It is sold as a single grey pad for new builds or maintenance.
Check thickness and surface fit
Before ordering, measure the gap you need to bridge and confirm that 1 mm matches the space between your chip and cooler. The pad must cover the entire contact area without overhang. Clean both surfaces thoroughly and remove the protective film before installation. The pad withstands temperatures from 50 to 200.
Replaces dried paste or missing pads
This pad replaces dried thermal compound or a missing factory pad on memory modules, VRM heatsinks or small ICs. The jump is worth it when the original material has hardened, torn or was never fitted and you need a clean, reusable interface. It is not for buyers who need a thinner or thicker layer, higher conductivity or a pre-cut shape for a specific GPU or CPU block.
How it compares
Measured against everything we stock in Thermal Paste, at today’s prices. Recalculated every night.
- Price $5.99
- Cheaper than about 90% of the 498 comparable items (median $12.99).
New to this? Which coin should you pay with — what to check, what it costs to pay, and what is never asked for.
Specifications
| Product | |
|---|---|
| Brand name | Unique Bargains |
Questions about this item
Does the 100 mm by 100 mm pad come pre-cut or must I trim it myself?
The pad arrives as a single 100 mm by 100 mm sheet; you cut it to the exact shape your component needs.
Is the 1.5 W/mK rating enough for a GPU memory module or should I choose a higher conductivity pad?
At 1.5 W/mK the pad suits general heatsink-to-chip gaps such as VRAM or VRM cooling; higher conductivity pads exist but are not required for typical uses.
Will the pad stay stable if my heatsink runs near the 200 °C upper limit?
The silicone withstands 50 to 200 °C, so it remains stable throughout that range.
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