Pad térmico Thermal Grizzly KryoSheet 68×51 mm antracite, 1 g

Thermal Grizzly KryoSheet 68×51 mm Anthracite is a preformed thermal pad designed to provide a thin, reliable thermally conductive interface between heat-generating components and heatsinks. The pad measures 68 × 51 mm and comes as a single 1 g piece in anthracite colour, offering a ready-to-install solution where a solid, non-liquid thermal gap filler is preferred. KryoSheet is intended for situations that require a thin, stable layer to improve heat transfer without the mess or application variability of pastes or liquids.

Advantages

The KryoSheet thermal pad ensures consistent contact between surfaces, reducing thermal resistance and improving heat dissipation compared with air gaps. As a preformed solid sheet, it eliminates the need for spreading or curing and minimizes the risk of contamination or migration that can occur with liquid thermal compounds. Its anthracite colour and compact size make it easy to position and inspect during installation.

Suitable for

• Filling small gaps between processors, memory modules or power components and heatsinks
• Applications where a thin, non-liquid thermal interface is required
• Repair or replacement tasks on laptops, mini-PCs, graphics cards and compact electronics

Key specifications

• Material form: preformed thermal pad (solid sheet)
• Dimensions: 68 × 51 mm
• Mass: approximately 1 g
• Colour: anthracite
• Quantity per pack: 1 piece

How to use

Ensure both mating surfaces are clean, dry and free of dust, grease or old thermal material. Remove any protective liners from the KryoSheet and carefully place the pad so it fully covers the contact area without overlapping electrical contacts or connectors. Apply the heatsink or top component and secure according to the device manufacturer’s instructions to achieve uniform pressure and contact. If needed, trim the pad to size with clean scissors before installation to match the component footprint.

Recommendations

Use KryoSheet where a stable, non-flowing thermal interface is required and where gap thickness matches the pad’s profile. Do not use on exposed electrical contacts; ensure the pad does not short circuits. For optimal thermal transfer, pair with properly mounted heatsinks and maintain even pressure across the contact area.