Almohadilla térmica Thermal Grizzly Carbonaut 32×32 mm, 0,2 mm de grosor, color carbono

Thermal Grizzly Carbonaut thermal pad, sized 32×32 mm with a 0.2 mm thickness and carbon colour, is a thin thermal interface material designed to improve heat transfer between small electronic components and heatsinks. It provides a stable contact layer where conventional thermal paste is impractical or where a reusable, non-liquid solution is preferred. The product suits applications that demand a precise, low-profile thermal gap filler for compact PC parts and other tightly spaced electronics.

Advantages

The Carbonaut thermal pad delivers consistent thermal conductivity in a slim 0.2 mm form factor, enabling effective heat transfer without increasing component profile. Its solid structure avoids flow or drying issues associated with liquid pastes, and the carbon-coloured material is resistant to smearing, which simplifies handling during installation and service. The pad is manufactured to provide durability under repeated assembly cycles and maintains contact across small surface irregularities.

Suitable for

• Compact PC components such as M.2 NVMe SSDs, VRM modules and chipset areas
• GPU memory modules and tight clearance cooling solutions
• Small consumer electronics and embedded boards with shallow gaps
• Instances where a thin, non-liquid thermal interface is required

Key specifications

• Dimensions: 32 × 32 mm
• Thickness: 0.2 mm
• Colour: Carbon
• Form: Solid thermal pad (thin sheet)

How to use

Clean both mating surfaces thoroughly to remove dust, oils and old thermal material. Cut the thermal pad to the required shape if necessary, then position it carefully on the component or heatsink so it covers the thermal contact area without overhanging. Apply moderate pressure when assembling the device to ensure full surface contact. If disassembly is required later, the pad can be removed and inspected; replace if visibly damaged or compressed beyond functional thickness.

Recommendations

Use in applications with small gaps and where a controlled 0.2 mm thickness is appropriate. Avoid stretching the pad during application and ensure surfaces are aligned to prevent uneven contact. Replace the pad if it shows permanent deformation or contamination that could impair heat transfer.