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EN-Labs

EN-Labs Thermal Pad 16.8 W/mK 85x45x2.0mm

SKU CH-GYY1-BZTC1

Non-conductive silicone pad measuring 85x45x2.0mm with 16.8 W/mK conductivity for CPU, GPU and laptop heatsinks

  • 8 W/mK conductivity moves heat away fast
  • 85 × 45 × 2.0 mm pad fits many heatsinks
  • Non-conductive silicone prevents electrical shorts
  • 30–50 Shore C hardness compresses for full contact
  • Density 3.6 g/cc and >10 kV breakdown add durability

High-conductivity silicone thermal pad

The EN-Labs thermal pad measures 85 by 45 by 2.0 millimetres and delivers 16.8 W/mK conductivity. It is a non-conductive grey silicone sheet suited for CPU, GPU, laptop heatsink, LED and general electronics cooling. Builders and repairers who need a clean, reusable alternative to thermal paste will find it straightforward to apply.

Check gap thickness and surface area

Verify that the 2.0 millimetre thickness matches the gap between your component and cooler before ordering. The pad can be trimmed to shape, so confirm the 85 by 45 millimetre sheet covers the required contact area or that multiple pieces can be arranged without overlap.

Steady-state heat transfer behaviour

With a density of 3.6 g/cc and hardness of 30 to 50 Shore C, the pad maintains consistent contact pressure during prolonged operation. Its breakdown voltage exceeds 10 kV per millimetre, ensuring electrical isolation remains stable while the silicone continuously conducts heat away from the die under sustained load.

Highlights

  • 8 W/mK conductivity moves heat away fast
  • 85 × 45 × 2.0 mm pad fits many heatsinks
  • Non-conductive silicone prevents electrical shorts
  • 30–50 Shore C hardness compresses for full contact
  • Density 3.6 g/cc and >10 kV breakdown add durability

Specifications

No published specifications for this item yet.

Questions about this item

What size is the pad and do I need to buy anything else to install it?

The pad measures 85 mm by 45 mm by 2.0 mm and can be cut to fit; no extra compound or tools are required.

Which thermal-conductivity version should I choose for a laptop GPU?

This model provides 16.8 W/mK conductivity, suited for GPU, CPU and other high-heat components.

What does the 16.8 W/mK rating mean once the pad is fitted?

It indicates the pad transfers heat at 16.8 watts per metre-kelvin, lowering component temperature within seconds.

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