Thermal pad Thermal Grizzly TG-CA-31-25-02 Black 31x25x0.2mm

The Thermal Grizzly TG-CA-31-25-02 Carbonaut is a black carbon fiber thermal pad sized 31×25×0.2 mm designed for heat transfer between electronic components and heat sinks. It serves as an alternative to mid-range thermal pastes, offering a reusable, lightweight solution with stable heat transfer properties and electrical conductivity.

Advantages

The Carbonaut pad combines a flexible polymer matrix with a carbon fiber structure to provide high thermal conductivity even at low contact pressure. Its elastic, adaptable surface compensates for minor surface unevenness and allows multiple uses without significant performance loss. The pad remains dimensionally stable and delivers consistent thermal performance over repeated applications. Note: the material is electrically conductive.

Suitable for

• Thermal interface between small chips and heatsinks in laptops, mini-PCs and embedded devices
• Replacement for mid-range thermal pastes where removability and reusability are required
• Applications requiring a thin (0.2 mm) gap filler with good thermal conductivity

Key specifications

• Brand: Thermal Grizzly (TG-CA-31-25-02)
• Model / MPN: TG-CA-31-25-02-R
• EAN: 0753677507524
• Dimensions: 31 × 25 × 0.2 mm
• Color: Black
• Material: Carbon fiber thermal pad with polymer matrix
• Electrical conductivity: Conductive

How to use

Clean contact surfaces thoroughly and remove any remaining thermal compound or debris. Cut the pad to the required shape if necessary, peel off the protective film, and place the Carbonaut pad onto the component or heat sink ensuring full contact. Reassemble the device and apply normal mounting pressure. For removal, lift the pad gently, clean the surfaces, and store the pad if it will be reused.

Usage recommendations

Do not use Carbonaut where electrical insulation between components is required because the pad is electrically conductive. Ensure proper alignment and gentle but sufficient mounting pressure to maintain consistent contact; avoid excessive force that could damage components.