Thermal pad Thermal Grizzly TG-CA-51-68-02

The Thermal Grizzly TG-CA-51-68-02 is a high-performance carbon fiber thermal pad sized 51 mm x 68 mm with a thickness of 0.2 mm. Designed as an alternative to mid-range thermal compounds, this reusable black pad provides reliable heat transfer for various electronic components and compensates for minor surface unevenness thanks to its elastic, soft polymer surface. Note: the pad is electrically conductive.

Advantages

The Carbonaut thermal pad combines a carbon fiber structure with a specially developed polymer to deliver high thermal conductivity while remaining flexible and lightweight. It is reusable, maintains consistent heat transfer even under low contact pressure, and adapts well to small gaps and irregularities between mating surfaces.

Suitable for

• Heat transfer between chips, modules and heatsinks in laptops and compact electronics
• Replacing mid-range thermal pastes where a reusable solution is preferred
• Applications requiring thin (0.2 mm) gap filling with good thermal conductivity

Key specifications

• Brand: thermal grizzly
• Model / MPN: TG-CA-51-68-02-R
• Dimensions: 51 mm x 68 mm
• Thickness: 0.2 mm
• Colour: Black
• Material: carbon fiber thermal pad with soft polymer matrix
• Electrical conductivity: electrically conductive
• Packaging: box
• EAN: 753677507500

How to use

Ensure both contact surfaces are clean and free of dust, grease or old thermal interface material. Cut the pad to the required shape if necessary, peel off the protective film, and place the Carbonaut pad onto the component so it fully covers the contact area. Reassemble the device and apply normal mounting pressure; the pad’s elasticity will conform to slight surface irregularities. If removed, the pad can be reused following the same cleaning and placement steps.

Recommendations

The Carbonaut pad is electrically conductive; avoid contact with exposed electrical traces or pins that must remain electrically isolated. For best results, use the specified 0.2 mm thickness only where the gap matches that thickness and verify mechanical clearance before final assembly.