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Grey non-conductive silicone thermal pad 85 by 45 by 1.5 mm

EN-Labs

EN-Labs Thermal Pad 16.8 W/mK 85x45x1.5mm

SKU CH-9YNQ-P2AC2

High-conductivity 16.8 W/mK silicone pad transfers heat from CPU, GPU and other components while remaining electrically non-conductive

  • High 16.8 W/mK conductivity transfers heat quickly
  • Non-conductive silicone prevents electrical shorts
  • 85 by 45 by 1.5 mm pad fits many components
  • Cut to size for custom gap filling
  • Replaces messy thermal paste for cleaner installs

Thermal Pad for Component Cooling

This thermal pad measures 85 by 45 by 1.5 millimetres and delivers 16.8 W/mK thermal conductivity. The non-conductive silicone material is rated at 3.6 g/cc density with 30 to 50 Shore C hardness. It suits CPU, GPU, power LED, control board and similar heat-transfer tasks.

Cut-to-Fit Installation

The pad can be trimmed freely to fill contact-surface gaps without the mess of traditional grease paste. Electrical insulation exceeds 10 kV breakdown voltage, so it isolates components while conducting heat. No corrosive agents are present, making it safe for laptop heatsinks, set-top boxes and automotive electronics alike.

Sustained Heat Transfer

Gray silicone maintains its physical properties under continuous load without drying out or pumping out like liquid compounds. The 1.5 millimetre thickness bridges uneven mating surfaces while the 16.8 W/mK rating moves heat steadily away from the die. Builders needing thinner or thicker gaps must select a different pad specification.

Highlights

  • High 16.8 W/mK conductivity transfers heat quickly
  • Non-conductive silicone prevents electrical shorts
  • 85 by 45 by 1.5 mm pad fits many components
  • Cut to size for custom gap filling
  • Replaces messy thermal paste for cleaner installs

Specifications

No published specifications for this item yet.

Questions about this item

What is the thermal conductivity limit of the 16.8 W/mK pad under sustained load?

The pad is rated at 16.8 W/mK thermal conductivity, which governs how quickly heat moves across the 1.5 mm thickness during continuous use.

Does the silicone pad produce noise or increase component temperature after hours of operation?

The material is a solid non-conductive silicone pad with no moving parts, so it adds no audible noise and its 16.8 W/mK conductivity helps keep temperatures lower.

Which components must already be in place for the 85x45 mm pad to function?

A mating heatsink or cooler surface and a chip package such as a CPU, GPU or power LED that fits within the 85x45 mm area are required for the pad to bridge the gap.

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